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Search results for 'Econ'

Items 21 to 449 of 429 total

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Grid  List 

  1. Wafer type check valve RITAG - Fig. 2636 - DN 200 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 200 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  2. Wafer type check valve RITAG - Fig. 2636 - DN 150 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 150 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  3. Wafer type check valve RITAG - Fig. 2636 - DN 125 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 125 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  4. Wafer type check valve RITAG - Fig. 2636 - DN 100 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 100 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  5. Wafer type check valve RITAG - Fig. 2636 - DN 80 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 80 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  6. Wafer type check valve RITAG - Fig. 2636 - DN 65 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 65 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  7. Wafer type check valve RITAG - Fig. 2636 - DN 50 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 50 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  8. Wafer type check valve RITAG - Fig. 2636 - DN 40 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 40 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  9. Wafer type check valve RITAG - Fig. 2636 - DN 32 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 32 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  10. Wafer type check valve RITAG - Fig. 2636 - DN 25 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 25 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  11. Wafer type check valve  RITAG - Fig. 2636 - DN 20 / PN 40

    Wafer type check valve  RITAG - Fig. 2636 - DN 20 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  12. Wafer type check valve RITAG - Fig. 2636 - DN 15 / PN 40

    Wafer type check valve RITAG - Fig. 2636 - DN 15 / PN 40

    Econ® steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.
    Learn More
  13. Wafer type check valve Econ - Fig. 2634 - DN 100 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 100 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  14. Wafer type check valve Econ - Fig. 2634 - DN 80 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 80 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  15. Wafer type check valve Econ - Fig. 2634 - DN 65 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 65 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  16. Wafer type check valve Econ - Fig. 2634 - DN 50 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 50 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  17. Wafer type check valve Econ - Fig. 2634 - DN 40 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 40 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  18. Wafer type check valve Econ - Fig. 2634 - DN 32 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 32 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  19. Wafer type check valve Econ - Fig. 2634 - DN 25 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 25 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  20. Wafer type check valve Econ - Fig. 2634 - DN 20 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 20 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  21. Wafer type check valve Econ - Fig. 2634 - DN 15 / PN 40

    Wafer type check valve Econ - Fig. 2634 - DN 15 / PN 40

    Econ® (chromium) steel wafer type  disc check valves with spring-loaded disc, metal seated, stainless steel trim, pressure rating PN 40, standard suitable for mounting between flanges acc. to DIN PN 6-40, short Face To Face, low weight and low pressure loss. Suitable for horizontal and vertical installation.

    Application
    Cold and hot water, oil, air, gases and other neutral media. Disc type check valves can also be used as vacuum breaker.

    Learn More
  22. Rayon heating patent valve Econ - Fig. 2433 - DN 125 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 125 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  23. Rayon heating patent valve Econ - Fig. 2433 - DN 80 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 80 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  24. Rayon heating patent valve Econ - Fig. 2433 - DN 32 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 32 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  25. Rayon heating patent valve Econ - Fig. 2433 - DN 50 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 50 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  26. Rayon heating patent valve Econ - Fig. 2433 - DN 40 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 40 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  27. Rayon heating patent valve Econ - Fig. 2433 - DN 65 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 65 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  28. Rayon heating patent valve Econ - Fig. 2433 - DN 100 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 100 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Learn More
  29. Rayon heating patent valve Econ - Fig. 2433 - DN 200 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 200 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Through the smooth long neck and standard insulation cap the Econ® Rayon CV patent valves can be easily and effectively insulated, also with cooling applications.
    Learn More
  30. Rayon heating patent valve Econ - Fig. 2433 - DN 150 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 150 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Through the smooth long neck and standard insulation cap the Econ® Rayon CV patent valves can be easily and effectively insulated, also with cooling applications.
    Learn More
  31. Rayon heating patent valve Econ - Fig. 2433 - DN 25 / PN 6

    Rayon heating patent valve Econ - Fig. 2433 - DN 25 / PN 6

    Econ® cast iron Rayon CV patent valves are specially designed for central heating installations with. Unique in its design is the combination of an extremely low flow resistance, and the low maintenance stem seal with "back seat".
    Through the smooth long neck and standard insulation cap the Econ® Rayon CV patent valves can be easily and effectively insulated, also with cooling applications.
    Learn More
  32. Pressure relief valve ARI 12.901 - Fig. 566 - In DN 80 / Out DN 125 / PN 16

    Pressure relief valve ARI 12.901 - Fig. 566 - In DN 80 / Out DN 125 / PN 16

    Econ® full lift safety valves are mainly applied for vapours and gases, for steam application we advice to use figure 564. Suitable for liquids in large volumes.
    Learn More
  33. Pressure relief valve ARI 12.901 - Fig. 566 - In DN 65 / Out DN 100 / PN 16

    Pressure relief valve ARI 12.901 - Fig. 566 - In DN 65 / Out DN 100 / PN 16

    Econ® full lift safety valves are mainly applied for vapours and gases, for steam application we advice to use figure 564. Suitable for liquids in large volumes.
    Learn More
  34. Pressure relief valve ARI 12.901 - Fig. 566 - In DN 50 / Out DN 80 / PN 16

    Pressure relief valve ARI 12.901 - Fig. 566 - In DN 50 / Out DN 80 / PN 16

    Econ® full lift safety valves are mainly applied for vapours and gases, for steam application we advice to use figure 564. Suitable for liquids in large volumes.
    Learn More
  35. Pressure relief valve ARI 12.901 - Fig. 566 - In DN 40 / Out DN 65 / PN 16

    Pressure relief valve ARI 12.901 - Fig. 566 - In DN 40 / Out DN 65 / PN 16

    Econ® full lift safety valves are mainly applied for vapours and gases, for steam application we advice to use figure 564. Suitable for liquids in large volumes.
    Learn More
  36. Pressure relief valve ARI 12.901 - Fig. 566 - In DN 32 / Out DN 50 / PN 16

    Pressure relief valve ARI 12.901 - Fig. 566 - In DN 32 / Out DN 50 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  37. Pressure relief valve ARI 12.901 - Fig. 566 - In DN 25 / Out DN 40 / PN 16

    Pressure relief valve ARI 12.901 - Fig. 566 - In DN 25 / Out DN 40 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  38. Pressure relief valve ARI 12.902 - Fig. 564 - In DN 80 / Out DN 125 / PN 16

    Pressure relief valve ARI 12.902 - Fig. 564 - In DN 80 / Out DN 125 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  39. Pressure relief valve ARI 12.902 - Fig. 564 - In DN 65 / Out DN 100 / PN 16

    Pressure relief valve ARI 12.902 - Fig. 564 - In DN 65 / Out DN 100 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  40. Pressure relief valve ARI 12.902 - Fig. 564 - In DN 50 / Out DN 80 / PN 16

    Pressure relief valve ARI 12.902 - Fig. 564 - In DN 50 / Out DN 80 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  41. Pressure relief valve ARI 12.902 - Fig. 564 - In DN 40 / Out DN 65 / PN 16

    Pressure relief valve ARI 12.902 - Fig. 564 - In DN 40 / Out DN 65 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  42. Pressure relief valve ARI 12.902 - Fig. 564 - In DN 32 / Out DN 50 / PN 16

    Pressure relief valve ARI 12.902 - Fig. 564 - In DN 32 / Out DN 50 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  43. Pressure relief valve ARI 12.902 - Fig. 564 - In DN 25 / Out DN 40 / PN 16

    Pressure relief valve ARI 12.902 - Fig. 564 - In DN 25 / Out DN 40 / PN 16

    Econ® lift safety valves are mainly applied for vapours (including steam) and gases. Suitable for liquids in large volumes.
    Learn More
  44. Pressure gauge valve Econ - Fig. 344 - 3/8" / PN 25

    Pressure gauge valve Econ - Fig. 344 - 3/8" / PN 25

    Brass pressure gauge stopcock with BSP thread and vent hole. Suitable for pressure gauges with sealing ring in accordance with DIN EN 837-1. Conducted according to DIN 16 261-A. Suitable for liquids, gases and vapors.
    Learn More
  45. Pressure gauge valve Econ - Fig. 344 - 1/2" / PN 25

    Pressure gauge valve Econ - Fig. 344 - 1/2" / PN 25

    Brass pressure gauge stopcock with BSP thread and vent hole. Suitable for pressure gauges with sealing ring in accordance with DIN EN 837-1. Conducted according to DIN 16 261-A. Suitable for liquids, gases and vapors.
    Learn More
  46. Pressure gauge valve Econ - Fig. 341 - 1/2" / PN 25

    Pressure gauge valve Econ - Fig. 341 - 1/2" / PN 25

    Brass pressure gauge stopcock with BSP thread and vent hole. Suitable for pressure gauges with sealing ring in accordance with DIN EN 837-1. Conducted according to DIN 16 261-A. Suitable for liquids, gases and vapors.
    Learn More
  47. Pressure gauge valve Econ - Fig. 341 - 1/4" / PN 25

    Pressure gauge valve Econ - Fig. 341 - 1/4" / PN 25

    Brass pressure gauge stopcock with BSP thread and vent hole. Suitable for pressure gauges with sealing ring in accordance with DIN EN 837-1. Conducted according to DIN 16 261-A. Suitable for liquids, gases and vapors.
    Learn More
  48. Globe valve Fixed disc - Fig. 275 - DN 100 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 100 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  49. Globe valve Fixed disc - Fig. 275 - DN 80 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 80 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  50. Globe valve Fixed disc - Fig. 275 - DN 65 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 65 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  51. Globe valve Fixed disc - Fig. 275 - DN 50 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 50 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  52. Globe valve Fixed disc - Fig. 275 - DN 40 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 40 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  53. Globe valve Fixed disc - Fig. 275 - DN 32 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 32 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  54. Globe valve Fixed disc - Fig. 275 - DN 25 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 25 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  55. Globe valve Fixed disc - Fig. 275 - DN 20 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 20 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  56. Globe valve Fixed disc - Fig. 275 - DN 15 / PN 16

    Globe valve Fixed disc - Fig. 275 - DN 15 / PN 16

    Econ® bronze globe valves with bronze disc and seat, pressure rating PN 16, straight pattern, flat faced flanges acc. to DIN PN 16, threaded and secured bonnet, inside screwed stem and rising handwheel.
    Learn More
  57. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 200 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 200 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  58. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 250 / PN 25

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 250 / PN 25

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  59. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 200 / PN 25

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 200 / PN 25

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  60. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 150 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 150 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  61. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 125 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 125 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  62. Globe valve ARI 35.046 Plug with marginal seat - Fig. 153 - DN 100 / PN 40

    Globe valve ARI 35.046 Plug with marginal seat - Fig. 153 - DN 100 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  63. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 80 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 80 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  64. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 65 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 65 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  65. Globe valve ARI 35.046  Plug with marginal seat- Fig. 153 - DN 50 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat- Fig. 153 - DN 50 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  66. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 40 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 40 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  67. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 32 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 32 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  68. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 25 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 25 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  69. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 20 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 20 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
    Learn More
  70. Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 15 / PN 40

    Globe valve ARI 35.046  Plug with marginal seat - Fig. 153 - DN 15 / PN 40

    Cast steel Econ® bellow sealed globe valves, SS trim, pressure rating PN25/40, straight pattern, flanged ends acc. to DIN PN 25/40, outside screwed stem and non-rising handwheel.
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  71. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 250 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 250 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  72. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 200 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 200 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  73. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 150 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 150 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  74. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 125 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 125 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  75. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 100 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 100 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  76. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 80 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 80 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  77. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 65 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 65 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  78. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 50 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 50 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  79. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 40 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 40 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  80. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 32 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 32 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  81. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 25 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 25 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  82. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 20 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 20 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  83. Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 15 / PN 16

    Globe valve ARI 12.046 Plug with marginal seat - Fig. 126 - DN 15 / PN 16

    Cast iron Econ® bellow sealed globe valves, SS trim, pressure rating PN16, straight pattern, flanged ends acc. to DIN PN 16, outside screwed stem and non-rising handwheel.
    Learn More
  84. Globe valve fixed disc - Fig. 247 - DN 150 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 150 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  85. Globe valve fixed disc - Fig. 247 - DN 125 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 125 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  86. Globe valve fixed disc - Fig. 247 - DN 100 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 100 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  87. Globe valve fixed disc - Fig. 247 - DN 80 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 80 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  88. Globe valve fixed disc - Fig. 247 - DN 65 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 65 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  89. Globe valve fixed disc - Fig. 247 - DN 50 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 50 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  90. Globe valve fixed disc - Fig. 247 - DN 40 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 40 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  91. Globe valve fixed disc - Fig. 247 - DN 32 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 32 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  92. Globe valve fixed disc - Fig. 247 - DN 25 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 25 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  93. Globe valve fixed disc - Fig. 247 - DN 20 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 20 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  94. Globe valve fixed disc - Fig. 247 - DN 15 / PN 16

    Globe valve fixed disc - Fig. 247 - DN 15 / PN 16

    Econ® ductile cast iron globe valves with stainless steel trim, pressure rating PN 16, straight pattern, flanged ends acc. to DIN PN 10/16, outside screw & yoke and rising handwheel.
    Learn More
  95. Globe valve fixed disc - Fig. 417 - DN 200 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 200 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  96. Globe valve fixed disc - Fig. 417 - DN 150 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 150 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  97. Globe valve fixed disc - Fig. 417 - DN 125 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 125 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  98. Globe valve fixed disc - Fig. 417 - DN 100 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 100 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  99. Globe valve fixed disc - Fig. 417 - DN 80 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 80 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  100. Globe valve fixed disc - Fig. 417 - DN 65 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 65 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  101. Globe valve fixed disc - Fig. 417 - DN 50 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 50 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  102. Globe valve fixed disc - Fig. 417 - DN 40 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 40 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  103. Globe valve fixed disc - Fig. 417 - DN 32 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 32 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  104. Globe valve fixed disc - Fig. 417 - DN 25 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 25 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  105. Globe valve fixed disc - Fig. 417 - DN 20 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 20 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  106. Globe valve fixed disc - Fig. 417 - DN 15 / PN 40

    Globe valve fixed disc - Fig. 417 - DN 15 / PN 40

    Econ® cast steel globe valves with stainless steel trim, pressure rating PN 16 - 40, straight pattern, flanged ends acc. to DIN PN16/40, outside screw & yoke and rising handwheel.
    Learn More
  107. Globe valve -Fig. 254 - DN 50 / PN 32

    Globe valve -Fig. 254 - DN 50 / PN 32

    Econ® bronze globe valves with brass trim, fitted with PTFE disc ring, pressure rating PN 32, straight pattern, flat faced flanges, threaded bonnet, inside screwed stem and rising handwheel.
    Learn More
  108. Globe valve - Fig. 254 - DN 40 / PN 32

    Globe valve - Fig. 254 - DN 40 / PN 32

    Econ® bronze globe valves with brass trim, fitted with PTFE disc ring, pressure rating PN 32, straight pattern, flat faced flanges, threaded bonnet, inside screwed stem and rising handwheel.
    Learn More
  109. Globe valve - Fig. 254 - DN 32 / PN 32

    Globe valve - Fig. 254 - DN 32 / PN 32

    Econ® bronze globe valves with brass trim, fitted with PTFE disc ring, pressure rating PN 32, straight pattern, flat faced flanges, threaded bonnet, inside screwed stem and rising handwheel.
    Learn More
  110. Globe valve - Fig. 254 - DN 25 / PN 32

    Globe valve - Fig. 254 - DN 25 / PN 32

    Econ® bronze globe valves with brass trim, fitted with PTFE disc ring, pressure rating PN 32, straight pattern, flat faced flanges, threaded bonnet, inside screwed stem and rising handwheel.
    Learn More
  111. Globe valve - Fig. 254 - DN 20 / PN 32

    Globe valve - Fig. 254 - DN 20 / PN 32

    Econ® bronze globe valves with brass trim, fitted with PTFE disc ring, pressure rating PN 32, straight pattern, flat faced flanges, threaded bonnet, inside screwed stem and rising handwheel.
    Learn More
  112. Globe valve - Fig. 254 - DN 15 / PN 32

    Globe valve - Fig. 254 - DN 15 / PN 32

    Econ® bronze globe valves with brass trim, fitted with PTFE disc ring, pressure rating PN 32, straight pattern, flat faced flanges, threaded bonnet, inside screwed stem and rising handwheel.
    Learn More
  113. Globe valve Balancing disc - Fig. 241 - DN 250 / PN 16

    Globe valve Balancing disc - Fig. 241 - DN 250 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  114. Globe valve Fixed disc - Fig. 241 - DN 150 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 150 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  115. Globe valve Fixed disc - Fig. 241 - DN 125 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 125 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  116. Globe valve - 115760 (Fig. 241) - DN 100 / PN 16

    Globe valve - 115760 (Fig. 241) - DN 100 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  117. Globe valve Fixed disc - Fig. 241 - DN 80 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 80 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  118. Globe valve Fixed disc - Fig. 241 - DN 65 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 65 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  119. Globe valve Fixed disc - Fig. 241 - DN 50 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 50 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  120. Globe valve Fixed disc - Fig. 241 - DN 40 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 40 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  121. Globe valve Fixed disc - Fig. 241 - DN 32 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 32 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  122. Globe valve Fixed disc - Fig. 241 - DN 25 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 25 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  123. Globe valve Fixed disc- Fig. 241 - DN 20 / PN 16

    Globe valve Fixed disc- Fig. 241 - DN 20 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  124. Globe valve Fixed disc - Fig. 241 - DN 15 / PN 16

    Globe valve Fixed disc - Fig. 241 - DN 15 / PN 16

    Econ® cast iron globe valves with stainless steel trim, PN 16, straight pattern, flanged ends acc. to DIN PN10/16. Outside screw & yoke.

    Learn More
  125. Gate valve - Fig. 292 - DN 300 / PN 10

    Gate valve - Fig. 292 - DN 300 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  126. Gate valve - Fig. 292 - DN 250 / PN 10

    Gate valve - Fig. 292 - DN 250 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  127. Gate valve - Fig. 292 - DN 200 / PN 10

    Gate valve - Fig. 292 - DN 200 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  128. Gate valve - Fig. 292 - DN 150 / PN 10

    Gate valve - Fig. 292 - DN 150 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  129. Gate valve - Fig. 292 - DN 125 / PN 10

    Gate valve - Fig. 292 - DN 125 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  130. Gate valve - Fig. 292 - DN 100 / PN 10

    Gate valve - Fig. 292 - DN 100 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  131. Gate valve - Fig. 292 - DN 80 / PN 10

    Gate valve - Fig. 292 - DN 80 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  132. Gate valve- Fig. 292 - DN 65 / PN 10

    Gate valve- Fig. 292 - DN 65 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  133. Gate valve - Fig. 292 - DN 50 / PN 10

    Gate valve - Fig. 292 - DN 50 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  134. Gate valve - Fig. 292 - DN 40 / PN 10

    Gate valve - Fig. 292 - DN 40 / PN 10

    Cast iron Econ® gate valve with bronze seat, pressure rating PN 2,5/6/10, flanged ends acc. to DIN PN 10, bolted bonnet, inside screwed stem, non-rising stem, non-rising handwheel, solid wedge, short Face To Face acc. to EN 558-1, 14 (DIN 3202-F4).
    Learn More
  135. Butterfly valve Econ - Fig. 6331 - DN 150 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 150 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  136. Butterfly valve Econ - Fig. 6331 - DN 125 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 125 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  137. Butterfly valve Econ - Fig. 6331 - DN 100 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 100 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  138. Butterfly valve Econ - Fig. 6331 - DN 80 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 80 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  139. Butterfly valve Econ - Fig. 6331 - DN 65 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 65 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  140. Butterfly valve Econ - Fig. 6331 - DN 50 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 50 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  141. Butterfly valve Econ - Fig. 6331 - DN 40 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 40 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  142. Butterfly valve Econ - Fig. 6331 - DN 32 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 32 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  143. Butterfly valve Econ - Fig. 6331 - DN 25 /PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 25 /PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  144. Butterfly valve Econ - Fig. 6331 - DN 200 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 200 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  145. Butterfly valve Econ - Fig. 6331 - DN 200 / PN 16 / EPDM

    Butterfly valve Econ - Fig. 6331 - DN 200 / PN 16 / EPDM

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  146. Butterfly valve Econ - Fig. 6331 - DN 150 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 150 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  147. Butterfly valve Econ - Fig. 6331 - DN 125 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 125 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  148. Butterfly valve Econ - Fig. 6331 - DN 100 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 100 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  149. Butterfly valve Econ - Fig. 6331 - DN 80 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 80 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  150. Butterfly valve Econ - Fig. 6331 - DN 65 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 65 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  151. Butterfly valve Econ - Fig. 6331 - DN 50 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 50 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  152. Butterfly valve Econ - Fig. 6331 - DN 40 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 40 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  153. Butterfly valve Econ - Fig. 6331 - DN 32 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 32 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  154. Butterfly valve Econ - Fig. 6331 - DN 25 / PN 16 / NBR

    Butterfly valve Econ - Fig. 6331 - DN 25 / PN 16 / NBR

    Econ® ductile cast iron butterfly valve, semi-monoflange type with centric disc, split shafts and rubber lined body.
    Learn More
  155. Y-filter Econ - Fig. 1019 - 0,25 MM / 40 DN / PN 16

    Y-filter Econ - Fig. 1019 - 0,25 MM / 40 DN / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  156. Y-filter Econ - Fig. 1019 - 1,6 MM / DN 250 / PN 16

    Y-filter Econ - Fig. 1019 - 1,6 MM / DN 250 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  157. Y-filter Econ - Fig. 1019 - 1,6 MM / DN 125 / PN 16

    Y-filter Econ - Fig. 1019 - 1,6 MM / DN 125 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  158. Y-filter Econ - Fig. 1019 - 1,6 MM / DN 100/ PN 16

    Y-filter Econ - Fig. 1019 - 1,6 MM / DN 100/ PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  159. Y-filter Econ - Fig. 1019 - 1,25 MM / DN 80 / PN 16

    Y-filter Econ - Fig. 1019 - 1,25 MM / DN 80 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  160. Y-filter Econ - Fig. 1019 - 1 MM / DN 20 / PN 16

    Y-filter Econ - Fig. 1019 - 1 MM / DN 20 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  161. Y-filter Econ - Fig. 1019 - 1 MM / DN 15 / PN 16

    Y-filter Econ - Fig. 1019 - 1 MM / DN 15 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  162. Y-filter Econ - Fig. 1019 - 1,25 MM / DN 65 / PN 16

    Y-filter Econ - Fig. 1019 - 1,25 MM / DN 65 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  163. Y-filter Econ - Fig. 1019 - 1 MM / DN 50 / PN 16

    Y-filter Econ - Fig. 1019 - 1 MM / DN 50 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  164. Y-filter Econ - Fig. 1019 - 1 MM / DN40 / PN 16

    Y-filter Econ - Fig. 1019 - 1 MM / DN40 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  165. Y-filter Econ - Fig. 1019 - 1 MM / DN 32 / PN 16

    Y-filter Econ - Fig. 1019 - 1 MM / DN 32 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  166. Y-filter Econ - Fig. 1019 - 1 MM / DN 25 / PN 16

    Y-filter Econ - Fig. 1019 - 1 MM / DN 25 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  167. Y-filter Econ - Fig. 1019 - 1,6 MM / DN200 / PN 16

    Y-filter Econ - Fig. 1019 - 1,6 MM / DN200 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  168. Y-filter Econ - Fig. 1019 - 1,6 MM / DN 150 / PN 16

    Y-filter Econ - Fig. 1019 - 1,6 MM / DN 150 / PN 16

    Econ® cast iron strainer for general use. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  169. Y-filter Econ - Fig. 1013 - 2.1/2" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 2.1/2" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  170. Y-filter Econ - Fig. 1013 - 1.1/4" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 1.1/4" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
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  171. Y-filter Econ - Fig. 1013 - 1.1/2" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 1.1/2" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  172. Y-filter Econ - Fig. 1013 - 3/8" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 3/8" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  173. Y-filter Econ - Fig. 1013 - 3/4" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 3/4" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  174. Y-filter Econ - Fig. 1013 - 1/4" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 1/4" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  175. Y-filter Econ - Fig. 1013 - 1/2" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 1/2" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  176. Y-filter Econ - Fig. 1013 - 3" / PN 16 / Mesh width 1,25 MM

    Y-filter Econ - Fig. 1013 - 3" / PN 16 / Mesh width 1,25 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  177. Y-filter Econ - Fig. 1013 - 2" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 2" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  178. Y-filter Econ - Fig. 1013 - 1" / PN 16 / Mesh width 1 MM

    Y-filter Econ - Fig. 1013 - 1" / PN 16 / Mesh width 1 MM

    Econ® bronze strainer for general use. BSP female threaded connection acc. to DIN 259, stainless steel strainer element and threaded cap. Suitable for use in horizontal and vertical pipelines with a downward flow.
    Learn More
  179. Graphite flange gasket DIN - Fig. 1012532 - DN 100 / PN 1/6

    Graphite flange gasket DIN - Fig. 1012532 - DN 100 / PN 1/6

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  180. Graphite flange gasket DIN - Fig. 1012532 - DN 15 / PN 1/6

    Graphite flange gasket DIN - Fig. 1012532 - DN 15 / PN 1/6

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  181. Graphite flange gasket DIN - Fig. 1012532 - DN 300 / PN 10/10

    Graphite flange gasket DIN - Fig. 1012532 - DN 300 / PN 10/10

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  182. Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 40/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 40/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  183. Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 25/25

    Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 25/25

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  184. Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 16/16

    Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 16/16

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  185. Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 10/10

    Graphite flange gasket DIN - Fig. 1012532 - DN 250 / PN 10/10

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  186. Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 40/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 40/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  187. Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 25/25

    Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 25/25

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  188. Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 10/16

    Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 10/16

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  189. Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 1/6

    Graphite flange gasket DIN - Fig. 1012532 - DN 200 / PN 1/6

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  190. Graphite flange gasket DIN - Fig. 1012532 - DN 150 / PN 25/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 150 / PN 25/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  191. Graphite flange gasket DIN - Fig. 1012532 - DN 150 / PN 10/16

    Graphite flange gasket DIN - Fig. 1012532 - DN 150 / PN 10/16

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  192. Graphite flange gasket DIN - Fig. 1012532 - DN 100 / PN 25/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 100 / PN 25/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  193. Graphite flange gasket DIN - Fig. 1012532 - DN 100 / PN 10/16

    Graphite flange gasket DIN - Fig. 1012532 - DN 100 / PN 10/16

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  194. Graphite flange gasket DIN - Fig. 1012532 - DN 80 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 80 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  195. Graphite flange gasket DIN - Fig. 1012532 - DN 65 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 65 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  196. Graphite flange gasket DIN - Fig. 1012532 - DN 65 / PN 1/6

    Graphite flange gasket DIN - Fig. 1012532 - DN 65 / PN 1/6

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  197. Graphite flange gasket DIN - Fig. 1012532 - DN 50 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 50 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  198. Graphite flange gasket DIN - Fig. 1012532 - DN 50 / PN 1/6

    Graphite flange gasket DIN - Fig. 1012532 - DN 50 / PN 1/6

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  199. Graphite flange gasket DIN - Fig. 1012532 - DN 40 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 40 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  200. Graphite flange gasket DIN - Fig. 1012532 - DN 32 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 32 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  201. Graphite flange gasket DIN - Fig. 1012532 - DN 32 / PN 1/6

    Graphite flange gasket DIN - Fig. 1012532 - DN 32 / PN 1/6

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  202. Graphite flange gasket DIN - Fig. 1012532 - DN 25 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 25 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  203. Graphite flange gasket DIN - Fig. 1012532 - DN 20 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 20 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  204. Graphite flange gasket DIN - Fig. 1012532 - DN 15 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 15 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  205. Graphite flange gasket DIN - Fig. 1012532 - DN 10 / PN 10/40

    Graphite flange gasket DIN - Fig. 1012532 - DN 10 / PN 10/40

    Econgraph®-TI is a reinforced graphite sheet with an insert of tanged SS-316 sheet with a thickness of 0,10 mm. No adhesive is required to bond the graphite layers to the insert as the graphite material is fixed to the insert by small, sharp teeth. We strongly advise against cutting gaskets by hand. Our cutting department has the correct tools to make the gaskets for you. Econgraph®-TI is very often used in flange joints for pipes and machinery. The high temperature range and the excellent residual stress make our Econgraph®-TI very suitable for use in steam systems, in the chemical and petrochemical industries, the process industry etc. In short, an exceptional and very versatile sealing material.
    Learn More
  206. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 40 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 40 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  207. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 25 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 25 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  208. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 16 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 16 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  209. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 10 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 10 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  210. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  211. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 4 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 4 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  212. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 2,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 2,5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  213. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 1,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 1,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  214. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 1 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 1 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  215. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / 0 - 0,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  216. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 0 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 0 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  217. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 0,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  218. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 1,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 1,5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  219. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 3 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 3 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  220. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  221. Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 9 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 80 MM / -1 - 9 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  222. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 40 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 40 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  223. Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 25 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 25 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  224. Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 16 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 16 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  225. Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 10 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 10 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  226. Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 6 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 160 MM / 0 - 6 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  227. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 15 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 15 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  228. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 9 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 9 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  229. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 5 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 5 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  230. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 3 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 3 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  231. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 1,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 1,5 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  232. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 0,6 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  233. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 0 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / -1 - 0 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  234. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 600 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 600 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  235. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 400 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 400 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  236. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 250 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 250 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  237. Bourdon tube pressure gauger Econ - Fig. 366 - 100 MM / 0 - 160 BAR / BSPP

    Bourdon tube pressure gauger Econ - Fig. 366 - 100 MM / 0 - 160 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  238. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 100 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 100 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  239. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 60 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 60 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  240. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 40 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 40 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  241. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 25 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 25 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  242. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 16 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 16 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  243. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 10 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 10 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  244. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 6 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 6 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  245. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 4 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 4 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  246. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 2,5 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 2,5 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  247. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 1,6 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 1,6 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  248. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 1 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 1 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  249. Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 0,6 BAR / BSPP

    Bourdon tube pressure gauge Econ - Fig. 366 - 100 MM / 0 - 0,6 BAR / BSPP

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  250. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 15 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 15 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  251. Bourdon tube pressure gauge - Fig. 366 - 63 MM / -1 - 9 BAR

    Bourdon tube pressure gauge - Fig. 366 - 63 MM / -1 - 9 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  252. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 5 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 5 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  253. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 3 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 3 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  254. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 1,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 1,5 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  255. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 0,6 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  256. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 0 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / -1 - 0 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  257. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 250 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 250 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  258. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 160 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 160 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  259. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 100 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 100 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  260. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 60 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 60 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  261. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 40 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 40 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  262. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 25 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 25 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  263. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 16 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 16 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  264. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 10 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 10 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  265. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 6 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 6 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  266. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 4 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 4 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  267. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 2,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 2,5 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
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  268. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 1,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 1,6 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  269. Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 1 BAR

    Bourdon tube pressure gauge Econ - Fig. 366 - 63 MM / 0 - 1 BAR

    Industrial stainless steel Econ® pressure gauge according to EN 837-1 suitable for corrosive and aggressive environments and gaseous or liquid media that will not obstruct the pressure system. Applicable for: process industry chemical and petrochemical, power stations, mining, on and offshore, environmental technology, mechanical engineering and plant construction. In addition, the pressure gauges are able to be assembled with separation diaphragms for even higher chemical resistance and safety.
    Learn More
  270. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  271. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 1,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 1,5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  272. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 0,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  273. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 0 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / -1 - 0 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  274. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 600 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 600 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  275. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 160 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 160 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  276. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 100 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 100 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  277. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 60 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 60 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  278. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 40 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 40 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  279. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 25 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 25 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  280. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 16 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 16 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  281. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 10 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 10 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  282. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  283. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 4 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 4 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  284. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 2,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 2,5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  285. Bourdon tube pressure gauge - Fig. 330 - 160 MM / 0 - 1,6 BAR

    Bourdon tube pressure gauge - Fig. 330 - 160 MM / 0 - 1,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  286. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 1 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 1 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  287. Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 160 MM / 0 - 0,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  288. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 9 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 9 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  289. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  290. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 3 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 3 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  291. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 1,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 1,5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  292. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 0,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  293. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 0 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / -1 - 0 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  294. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 1000 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 1000 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  295. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 600 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 600 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  296. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 400 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 400 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  297. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 250 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 250 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  298. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 160 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 160 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  299. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 100 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 100 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  300. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 60 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 60 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  301. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 40 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 40 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  302. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 25 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 25 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  303. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 16 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 16 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  304. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 10 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 10 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  305. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  306. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 4 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 4 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  307. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 2,5 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 2,5 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  308. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 1,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 1,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  309. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 1 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 1 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  310. Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 0,6 BAR

    Bourdon tube pressure gauge Econ - Fig. 330 - 100 MM / 0 - 0,6 BAR

    Standard Econ® pressure gauge according to EN 837-1 for industrial applications. Suitable for clean and non-aggressive gas and liquid which do not affect the messing measuring system. Applicable in most industries in when positioned in a dry environment.
    Learn More
  311. Bimetal thermometer Econ - Fig. 661 - 160 MM / 0 - 120 °C / Insert length 160 MM

    Bimetal thermometer Econ - Fig. 661 - 160 MM / 0 - 120 °C / Insert length 160 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  312. Bimetal thermometer Econ - Fig. 661 - 160 MM / 0 - 120 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 160 MM / 0 - 120 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  313. Bimetal thermometer Econ - Fig. 661 - 160 MM / 0 - 120 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 160 MM / 0 - 120 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  314. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 200 °C / Insert length 160 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 200 °C / Insert length 160 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  315. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 200 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 200 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  316. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 200 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 200 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  317. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 250 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 250 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  318. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 160 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 160 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  319. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  320. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  321. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 120 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  322. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 60 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 60 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  323. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 60 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 60 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  324. Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 60 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / 0 - 60 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  325. Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 160 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 160 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  326. Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  327. Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  328. Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 100 MM / -30 - 50 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  329. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 200 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 200 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  330. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 200 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 200 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  331. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 250 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 250 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  332. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 160 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 160 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  333. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  334. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  335. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 120 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  336. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 60 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 60 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  337. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 60 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 60 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  338. Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 60 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / 0 - 60 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  339. Bimetal thermometer Econ - Fig. 661 - 63 MM / -30 - 50 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / -30 - 50 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  340. Bimetal thermometer Econ - Fig. 661 - 63 MM / -30 - 50 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / -30 - 50 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  341. Bimetal thermometer Econ - Fig. 661 - 63 MM / -30 - 50 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 63 MM / -30 - 50 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

    Learn More
  342. Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 200 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 200 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  343. Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 160 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 160 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  344. Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  345. Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  346. Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / 0 - 120 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  347. Bimetal thermometer Econ - Fig. 661 - 80 MM / -30 - 50 °C /Insert length 100 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / -30 - 50 °C /Insert length 100 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  348. Bimetal thermometer Econ - Fig. 661 - 80 MM / -30 - 50 °C / Insert length 60 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / -30 - 50 °C / Insert length 60 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  349. Bimetal thermometer Econ - Fig. 661 - 80 MM / -30 - 50 °C / Insert length 40 MM

    Bimetal thermometer Econ - Fig. 661 - 80 MM / -30 - 50 °C / Insert length 40 MM

    Econ ® thermometers to EN Standard 13190, suitable for general and industrial environment. With removable brass thermowell secured by a locking screw.

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  350. Ball valve Econ - Fig. 1607 - 4" / BSPP

    Ball valve Econ - Fig. 1607 - 4" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  351. Ball valve Econ - Fig. 1607 - 3" / BSPP

    Ball valve Econ - Fig. 1607 - 3" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  352. Ball valve Econ - Fig. 1607 - 2 1/2" / BSPP

    Ball valve Econ - Fig. 1607 - 2 1/2" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  353. Ball valve Econ - Fig. 1607 - 2" / BSPP

    Ball valve Econ - Fig. 1607 - 2" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  354. Ball valve Econ - Fig. 1607 - 1 1/2" / BSPP

    Ball valve Econ - Fig. 1607 - 1 1/2" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  355. Ball valve Econ - Fig. 1607 - 1 1/4" / BSPP

    Ball valve Econ - Fig. 1607 - 1 1/4" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  356. Ball valve Econ - Fig. 1607 - 1" / BSPP

    Ball valve Econ - Fig. 1607 - 1" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  357. Ball valve Econ - Fig. 1607 - 3/4" / BSPP

    Ball valve Econ - Fig. 1607 - 3/4" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  358. Ball valve Econ - Fig. 1607 - 1/2" / BSPP

    Ball valve Econ - Fig. 1607 - 1/2" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  359. Ball valve Econ - Fig. 1607 - 3/8" / BSPP

    Ball valve Econ - Fig. 1607 - 3/8" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  360. Ball valve Econ - Fig. 1607 - 1/4" / BSPP

    Ball valve Econ - Fig. 1607 - 1/4" / BSPP

    Econ® brass nickel-plated ball valve with full bore floating ball. Pressure rating PN80/5040/25/16. This ball valve has female thread connections according to NEN-EN 10226-1 (ISO7-1). Actuated by aluminium lever. This type of ball valve is generally applicable, e.g. for compressed air, HVAC and water systems up to maximum 80 bar, depending on the size. See pressure rating table.
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  361. Ball valve Econ - Fig. 1942M - DN 15 / PN 16

    Ball valve Econ - Fig. 1942M - DN 15 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  362. Ball valve Econ - Fig. 7752 - 3" / BSPP

    Ball valve Econ - Fig. 7752 - 3" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  363. Ball valve Econ - Fig. 7752 - 2 1/2" / BSPP

    Ball valve Econ - Fig. 7752 - 2 1/2" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  364. Ball valve Econ - Fig. 7752 - 2" / BSPP

    Ball valve Econ - Fig. 7752 - 2" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  365. Ball valve Econ - Fig. 7752 - 1 1/2" / BSPP

    Ball valve Econ - Fig. 7752 - 1 1/2" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  366. Ball valve Econ - Fig. 7752 - 1 1/4" / BSPP

    Ball valve Econ - Fig. 7752 - 1 1/4" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  367. Ball valve Econ - Fig. 7752 - 1" / BSPP

    Ball valve Econ - Fig. 7752 - 1" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  368. Ball valve Econ - Fig. 7752 - 3/4" / BSPP

    Ball valve Econ - Fig. 7752 - 3/4" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  369. Ball valve Econ - Fig. 7752 - 1/2" / BSPP

    Ball valve Econ - Fig. 7752 - 1/2" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  370. Ball valve Econ - Fig. 7752 - 3/8" / BSPP

    Ball valve Econ - Fig. 7752 - 3/8" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  371. Ball valve Econ - Fig. 7752 - 1/4" / BSPP

    Ball valve Econ - Fig. 7752 - 1/4" / BSPP

    Econ® two-piece ball valve with full bore floating ball, NEN-EN-ISO 228-1 or ANSI/ASME B1.201 female thread connections. Pressure rating 1000 PSI WOG, fitted with blow-out proof stem. Actuated by a lockable stainless steel lever with PVC sleeve. This type of ball valve is generally applicable for e.g. compressed air, HVAC, fuel and lightly corrosive systems up to maximum 68 bar.
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  372. Ball valve Econ - Fig. 1942M- DN 32 / PN 16

    Ball valve Econ - Fig. 1942M- DN 32 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in ductile cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is DVGW type approved for gas, generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  373. Ball valve Econ - Fig. 1942R - DN 20 / PN 16

    Ball valve Econ - Fig. 1942R - DN 20 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in ductile cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is DVGW type approved for gas, generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  374. Ball valve Econ - Fig. 1942M - DN 20 / PN 16

    Ball valve Econ - Fig. 1942M - DN 20 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in ductile cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is DVGW type approved for gas, generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  375. Ball valve Econ - Fig. 1937M - DN 32 / PN 16

    Ball valve Econ - Fig. 1937M - DN 32 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in ductile cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is DVGW type approved for gas, generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  376. Ball valve Econ - Fig. 1937R - DN 25 / PN 16

    Ball valve Econ - Fig. 1937R - DN 25 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in ductile cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is DVGW type approved for gas, generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  377. Ball valve Econ - Fig. 1937M- DN 25 / PN 16

    Ball valve Econ - Fig. 1937M- DN 25 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in ductile cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is DVGW type approved for gas, generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  378. Ball valve Econ - Fig. 1942R - DN 25 / PN 16

    Ball valve Econ - Fig. 1942R - DN 25 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  379. Ball valve Econ - Fig. 1942R - DN 32 / PN 16

    Ball valve Econ - Fig. 1942R - DN 32 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  380. Ball valve Econ - Fig. 1942M - DN 200 / PN 16

    Ball valve Econ - Fig. 1942M - DN 200 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  381. Ball valve Econ - Fig. 1942M - DN 25 / PN 16

    Ball valve Econ - Fig. 1942M - DN 25 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  382. Ball valve Econ - Fig. 1937R - DN 200 / PN 16

    Ball valve Econ - Fig. 1937R - DN 200 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  383. Ball valve Econ - Fig. 1937R - DN 150 / PN 16

    Ball valve Econ - Fig. 1937R - DN 150 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  384. Ball valve Econ - Fig. 1937R - DN 125 / PN 16

    Ball valve Econ - Fig. 1937R - DN 125 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  385. Ball valve Econ - Fig. 1937R - DN 100 / PN 16

    Ball valve Econ - Fig. 1937R - DN 100 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  386. Ball valve Econ - Fig. 1937R - DN 80 / PN 16

    Ball valve Econ - Fig. 1937R - DN 80 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  387. Ball valve Econ - Fig. 1937R - DN 65 / PN 16

    Ball valve Econ - Fig. 1937R - DN 65 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  388. Ball valve Econ - Fig. 1937R - DN 50 / PN 16

    Ball valve Econ - Fig. 1937R - DN 50 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  389. Ball valve Econ - Fig. 1937R - DN 40 / PN 16

    Ball valve Econ - Fig. 1937R - DN 40 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  390. Ball valve Econ - Fig. 1937M - DN 200 / PN 16

    Ball valve Econ - Fig. 1937M - DN 200 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  391. Ball valve Econ - Fig. 1937M - DN 150 / PN 16

    Ball valve Econ - Fig. 1937M - DN 150 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  392. Ball valve Econ - Fig. 1937M - DN 125 / PN 16

    Ball valve Econ - Fig. 1937M - DN 125 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  393. Ball valve Econ - Fig. 1937M - DN 100 / PN 16

    Ball valve Econ - Fig. 1937M - DN 100 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
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  394. Ball valve Econ - Fig. 1937M - DN 80 / PN 16

    Ball valve Econ - Fig. 1937M - DN 80 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  395. Ball valve Econ - Fig. 1937M - DN 65 / PN 16

    Ball valve Econ - Fig. 1937M - DN 65 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  396. Ball valve Econ - Fig. 1937M - DN 50 / PN 16

    Ball valve Econ - Fig. 1937M - DN 50 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  397. Ball valve Econ - Fig. 1937M - DN 40 / PN 16

    Ball valve Econ - Fig. 1937M - DN 40 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  398. Ball valve Econ - Fig. 1942R - DN 150 / PN 16

    Ball valve Econ - Fig. 1942R - DN 150 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  399. Ball valve Econ - Fig. 1942R - DN 125 / PN 16

    Ball valve Econ - Fig. 1942R - DN 125 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  400. Ball valve Econ - Fig. 1942R - DN 100 / PN 16

    Ball valve Econ - Fig. 1942R - DN 100 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  401. Ball valve Econ - Fig. 1942R - DN 80 / PN 16

    Ball valve Econ - Fig. 1942R - DN 80 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  402. Ball valve Econ - Fig. 1942R - DN 65 / PN 16

    Ball valve Econ - Fig. 1942R - DN 65 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  403. Ball valve Econ - Fig. 1942R - DN 50 / PN 16

    Ball valve Econ - Fig. 1942R - DN 50 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  404. Ball valve Econ - Fig. 1942R - DN 40 / PN 16

    Ball valve Econ - Fig. 1942R - DN 40 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  405. Ball valve Econ - Fig. 1942M - DN 150 / PN 16

    Ball valve Econ - Fig. 1942M - DN 150 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  406. Ball valve Econ - Fig. 1942M - DN 125 / PN 16

    Ball valve Econ - Fig. 1942M - DN 125 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  407. Ball valve Econ - Fig. 1942M - DN 100 / PN 16

    Ball valve Econ - Fig. 1942M - DN 100 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  408. Ball valve Econ - Fig. 1942M - DN 80 / PN 16

    Ball valve Econ - Fig. 1942M - DN 80 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  409. Ball valve Econ - Fig. 1942M - DN 65 / PN 16

    Ball valve Econ - Fig. 1942M - DN 65 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  410. Ball valve Econ - Fig. 1942M - DN 40 / PN 16

    Ball valve Econ - Fig. 1942M - DN 40 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  411. Ball valve Econ - Fig. 1942M - DN 50 / PN 16

    Ball valve Econ - Fig. 1942M - DN 50 / PN 16

    Econ® ball valve with full bore, floating ball and flange connection rated DIN PN16. This ball valve is available in cast iron. Actuated by lever. Also available with a pneumatic or electric actuator. This type of ball valve is generally used in heating, air conditioning and industrial systems for water and gases up to a maximum of 16 bar (PN16 version).
    Learn More
  412. Ball valve Econ - Fig. 7249 - DN 200 / PN 16

    Ball valve Econ - Fig. 7249 - DN 200 / PN 16

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  413. Ball valve Econ - Fig. 7249 - DN 150 / PN 16

    Ball valve Econ - Fig. 7249 - DN 150 / PN 16

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  414. Ball valve Econ - Fig. 7249 - DN 125 / PN 16

    Ball valve Econ - Fig. 7249 - DN 125 / PN 16

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  415. Ball valve Econ - Fig. 7249 - DN 100 / PN 16

    Ball valve Econ - Fig. 7249 - DN 100 / PN 16

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  416. Ball valve Econ - Fig. 7249 - DN 80 / PN 16

    Ball valve Econ - Fig. 7249 - DN 80 / PN 16

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  417. Ball valve Econ - Fig. 7249 - DN 65 / PN 16

    Ball valve Econ - Fig. 7249 - DN 65 / PN 16

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  418. Ball valve Econ - Fig. 7249 - DN 200 / PN 40

    Ball valve Econ - Fig. 7249 - DN 200 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  419. Ball valve Econ - Fig. 7249 - DN 150 / PN 40

    Ball valve Econ - Fig. 7249 - DN 150 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  420. Ball valve Econ - Fig. 7249 - DN 125 / PN 40

    Ball valve Econ - Fig. 7249 - DN 125 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  421. Ball valve Econ - Fig. 7249 - DN 100 / PN 40

    Ball valve Econ - Fig. 7249 - DN 100 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  422. Ball valve Econ - Fig. 7249 - DN 80 / PN 40

    Ball valve Econ - Fig. 7249 - DN 80 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  423. Ball valve Econ - Fig. 7249 - DN 65/ PN 40

    Ball valve Econ - Fig. 7249 - DN 65/ PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  424. Ball valve Econ - Fig. 7249 - DN 50 / PN 40

    Ball valve Econ - Fig. 7249 - DN 50 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  425. Ball valve Econ - Fig. 7249 - DN 40 / PN 40

    Ball valve Econ - Fig. 7249 - DN 40 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  426. Ball valve Econ - Fig. 7249 - DN 32 / PN 40

    Ball valve Econ - Fig. 7249 - DN 32 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  427. Ball valve Econ - Fig. 7249 - DN 25 / PN 40

    Ball valve Econ - Fig. 7249 - DN 25 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  428. Ball valve Econ - Fig. 7249 - DN 20 / PN 40

    Ball valve Econ - Fig. 7249 - DN 20 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More
  429. Ball valve Econ - Fig. 7249 - DN 15 / PN 40

    Ball valve Econ - Fig. 7249 - DN 15 / PN 40

    Econ® two-piece ball valve with full bore, floating ball and flange connection to DIN PN16 or PN40. Actuated by means of a lever, T-bar or gearbox. This type of ball valve is generally used in industrial systems such as water, gases, and corrosive media, up to a maximum of 40 bar (PN40 version).

    Design according to EN ISO 17292, EN12516-1, flanges: EN 10921, face to face: EN 558-127 (short), testing: EN 12266 class A (100%), fire safe to API 607 5th edition.
    Learn More

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