Industry
Validation
MagDrive cryogenic valves have been tested and approved in NASA SBIR programs, demonstrating durability and leak-free performance in some of the most demanding environments ever tested.
LNG / Cryogenic
Engineered for Extreme Cryogenic Performance
Liquefied natural gas (LNG) and cryogenic applications demand reliable valve performance in some of the harshest operating conditions in the world. At temperatures approaching -300°F, conventional sealing systems and actuation mechanisms fail under thermal contraction, creating operational risk, product loss, downtime, and fugitive emissions.
For operators managing LNG production, transport, storage, and cryogenic processing, reliability and containment performance are critical to both operational efficiency and long-term profitability.
Why LNG Operators Are Turning to MagDrive
MagDrive’s magnetically actuated valves (MAVs) are engineered to eliminate the traditional valve stem leak path entirely, enabling true zero-emission performance even in extreme cryogenic environments.
By eliminating valve stem packing failures and using advanced materials to maintain valve integrity, MagDrive helps operators reduce fugitive emissions, minimize product loss, improve operational reliability, and maintain performance under severe thermal stress.
The result is a valve platform designed for safer, more efficient, and more resilient LNG and cryogenic operations.
Technical Specifications
Cryogenic
performance
Validated at temperatures down to -300°F through NASA testing
API 6FA
certified
Passed 1,800°F fire test with zero leaks
Solid-wall
stem seal
Eliminates stem leak paths under thermal contraction and extreme operating conditions
High torque
capability
Supports reliable operation across any valve type used in LNG and cryogenic service
