Industry
Validation
MagDrive cryogenic valves have been tested and approved in NASA SBIR programs, confirming durability and leak-free performance in the most extreme environments.
LNG / Cryogenic
Problem/Challenge in the Sector
Liquefied natural gas (LNG) and cryogenic applications demand valve performance at extreme low temperatures, often approaching -300°F. Standard seals and actuation mechanisms fail under thermal contraction, leading to leaks, safety issues, and costly downtime.
Why MagDrive Solves It Better
Leaking valves during LNG transport can result in significant product loss resulting in damage to profits and the environment. Magnetic actuation eliminates stem packing failures, while advanced materials maintain integrity. MagDrive ensures reliable operation, reduction of lost product, and the elimination of methane emissions from valve stems.
Technical Specifications
Cryogenic
performance
Proven at -300°F in NASA testing
API 6FA
certified
Passed 1,800°F fire test with zero leaks
Solid-wall
stem seal
Eliminates leak paths under thermal stress
High torque
capability
Operates any valve type in cryogenic or LNG service
