Applications
Each application page separates East Far material recommendations from equipment and supporting-system responsibilities, then lists the parameters needed for a technical quotation.
LNG, LN2, LOX · 77 K-111 KReduce heat leak and boil-off in vacuum-insulated tanks and transport vessels while keeping the insulation package practical to install and inspect.
LH2 · 20 KBalance very-low-temperature heat-leak targets with pump-down, low-outgassing material selection, complex geometry, and installation repeatability.
LHe · 4 KControl heat leak at 4K while preserving vacuum stability, clean installation, thermal-cycle durability, and service access around magnet systems.
LN2, LOX, LNG, LH2 · 20 K-111 KPrepare consistent insulation packages for long runs, bends, penetrations, valve boxes, and maintainable field joints.
Cryogenic propellant and vehicle thermal control · Mission and zone dependentIntegrate lightweight insulation and fixing materials around vehicle geometry, vibration loads, thermal cycling, cleanliness constraints, and installation interfaces.
Spacecraft thermal control · Mission dependentPrepare low-mass blanket structures with controlled openings, clean edges, low-outgassing fixing, and geometry matched to spacecraft interfaces.
LHe, LN2, large vacuum systems · 4 K-138 KSupport large, segmented, and maintainable cryogenic modules while controlling radiation heat load, vacuum behavior, access, and installation sequencing.
LN2, LHe where applicable · 4 K-77 KInsulate long cable runs and joints while controlling installation consistency, handling damage, thermal bridges, and material preparation cost.
Space vacuum and deep cryogenic payloads · Mission dependent, including 4K-class zonesDevelop mission-specific material packages for multiple thermal zones, long-duration vacuum exposure, strict contamination limits, and geometry that may not permit conventional installation.
