Cryogenic Lift Check Valves for Hydrogen Application

  • Parker Bestobell’s cryogenic lift check valves for hydrogen applications are designed with a loose flange bolted bonnet design that allows for thermal expansion and contraction and eliminates leakage, therefore enhancing safety in hydrogen applications
  • The lift check valves feature a cone seat design for zero leak shut off, therefore maximizing safety and performance
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Parker’s cryogenic lift check valves for hydrogen application

  • Unique Parker Bestobell  loose flange bolted bonnet design allows for thermal expansion and contraction and eliminates leakage at the bonnet gasket.
  • PTFE seal to ensure tight shut off at all times, enhancing safety.
  • Quick and easy maintenance of PTFE components.

See our cryogenic lift check valve guide with all variants

  • The cryogenic lift check valves are available in different variants. For details see our series guide – here
  • Materials: Bronze, stainless steel
  • Valve Options: Different options are available based on function and design aspect
    • Connection type: BSP-PL, Butt weld schedule 10, NPT, Socket weld, Stainless steel stubs, Flange class 150, Flange class 300

Application area

  • Transportation
  • Hydrogen Processing
  • Hydrogen Storage
  • Defense

Contact us

  • Parker’s cryogenic lift check valve includes all the sealing you need. Contact us and tell us about your requirements. We will identify the products that provide the performance and safety you expect.
Max Ambient Temperature (in °C)

Min Ambient Temperature (in °C)

Max Pressure (in bar)

Parker's cryogenic check valve

Catalogue

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    Parker Hannifin

    Parker Hannifin is a Fortune 250 global leader in motion and control technologies. For more than a century the company has been enabling engineering breakthroughs that lead to a better tomorrow. Parker is supporting the global decarbonisation efforts through a broad range of solutions, hydrogen-compatible components and systems enabling safe and efficient operation for a variety of applications.

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