CryoGetter / Vacuum Support

Engineering datasheet

Selection data and declared limitations

Technical sales will review the requested product and application conditions, then reply by email with document availability and next steps.

Structure

Adsorbent and molecular-sieve support materials

Temperature range

application specific

Recommended vacuum condition

Selected from the assembly gas species, gas load, target pressure, operating temperature, activation method, containment, service interval, and regeneration concept. It supports but does not replace leak-tight construction and pumping design.

Thermal performance

No standalone apparent-conductivity or heat-flux value applies. Thermal impact depends on containment, mass, location, contact path, and the vacuum improvement achieved in the complete assembly.

Width and roll options

Supplied form, particle / pellet size, package mass, containment, and placement geometry are confirmed for the project rather than specified as roll width.

Layer configuration options

Loose, contained, or project-packaged adsorbent support may be considered. Quantity and zoning require a documented gas-load and thermal model.

Processing options

• Project-specific weighing and package preparation by agreement
• Containment and labeling requirements confirmed before supply
• Coordinated shipment with insulation materials where compatible

Typical applications

LNG / LN2 / LOX Storage & TransportLiquid Hydrogen SystemsLiquid Helium / MRI / Superconducting MagnetsVacuum Jacketed Piping & Cold BoxFusion / Accelerator / Research CryogenicsSuperconducting Cable & Power SystemsSpace & Deep Cryogenic Missions

Notes and limitations

• Capacity and service life cannot be selected from insulation area alone.
• Activation, exposure control, contamination, compatibility, containment, and regeneration are system responsibilities.
• Not a substitute for leak testing, pump sizing, bake-out planning, or vacuum instrumentation.

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MLI Technical Reference