Electrically Driven Cryogenic Valves for Liquid Hydrogen

  • Electric actuation
  • Designed specifically for liquid hydrogen
  • High-precision media-flow control
  • Used in automotive engineering and aviation
  • Cryogenic-valve construction developed for LH2 service

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The BUTTING CryoTech Electrically Driven Valves for Liquid Hydrogen are specialized cryogenic valves engineered specifically for liquid-hydrogen (LH2) mobility applications within the automotive and aviation industries. Positioned as a modern, precise alternative to conventional pneumatic systems, these valves utilize advanced electric actuation to control the flow of ultra-low-temperature liquid hydrogen. Their compact, high-efficiency design makes them ideal for integration directly into liquid-hydrogen vehicle fuel systems and aerospace propulsion architectures. This technical profile provides buyers with a precise baseline to evaluate electric flow-control components for next-generation, zero-emission transportation infrastructure.

Use Cases

  • Liquid-hydrogen vehicle systems
  • Aircraft liquid-hydrogen systems
  • Electrically actuated cryogenic flow-control duties
  • Mobility applications where pneumatic actuation is not preferred

Capabilities

  • Electrically actuates liquid-hydrogen flow
  • Controls cryogenic media flow precisely
  • Supports integration in vehicle and aircraft LH2 systems
  • Operates as part of cryogenic transfer and supply architectures
BUTTING Gruppe GmbH & Co. KG

BUTTING Gruppe GmbH & Co. KG, through BUTTING CryoTech, manufactures cryogenic transfer components and modular systems for very-low-temperature media. The verified hydrogen products in this batch include valves, couplings, vacuum-insulated pipelines, modular skids and refuelling hardware for liquid-hydrogen handling.

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