Thermal Control — Space Hardware Marketplace

DUN-DIFFUSE White Kapton Polyimide Film

• Base film100 Ga (25 micron)
• MetalizationVacuum Deposit Aluminum (VDA)
• Coating optionsITO or StaMet

White Kapton polyimide film offering high emissivity thermal control — alternative to paint for spacecraft MLI outer layer…

DUN-COOL Thermal Management Film

• FunctionRadiator or optical solar reflector (OSR)
• PurposePassive thermal management, radiation protection, heat rejection

Passive thermal control film functioning as a spacecraft radiator or optical solar reflector — low solar absorptance, high…

Aerospace Tape (Spacecraft Thermal Control Tape)

• VariantsSecond Surface Aluminized Kapton Tape, Stamet Coated Black Kapton Tape, Germanium Coated Black Kapton Tape, Aluminized FEP Tape, Silver/ITO Coated FEP Tape
• Adhesive typesConductive and non-conductive PSA

Thermal control tape line for spacecraft — MLI blanket tape, aluminized/black Kapton tapes, radiator tapes, using flight-proven non-silicone…

MAP SPACE COATINGS Thermal Finishing Services

• Coating typeWater-based, silver-loaded polyurethane
• FunctionEMI shielding, electrical continuity
• ApplicationLauncher fairings

MAP SPACE COATINGS provides specialized thermal finishing services for satellites and launchers, encompassing the design, manufacture, and application…

MAP SPACE COATINGS (Company Profile)

• ColorWhite
• FormulationWater-based polyurethane
• PropertiesAntistatic, low outgassing, thermo-optical control

MAP SPACE COATINGS specializes in the design, manufacture, and application of thermal finishing coatings for satellites and launchers,…

xRAD™ Extruded Thermal Control Radiator

• TechnologyExtruded aluminum panels with integral coolant channels (patented)
• FunctionActive thermal control — heat rejection to space
• ApplicationsSpacecraft radiators, satellite thermal control, launch vehicle cryogenic insulation

Patented extruded aluminum thermal control radiator for spacecraft and launch vehicles, eliminating inefficiencies of traditional bonded radiator structures.

MLI Blankets

Custom multi-layer insulation (MLI) blankets for CubeSats and small satellites, providing passive thermal control to maintain temperature within…

Flexible Thermal Straps

• MaterialsHigh Thermal Conductivity Materials (Copper, Pyrolytic Graphite)
• Copper fts applicationsElectronic units and power systems, High-stability payloads, Cryogenic applications, Platforms requiring reliable thermal dissipation
• Pyrolytic graphite fts applicationsNew Space platforms, payloads and high-sensitivity instrumentation

LIDAX Flexible Thermal Straps (FTS) are high-performance solutions for efficient and reliable heat transfer in space applications, available…

PSG Thermal Links (Pyrolytic Graphite Flexible Thermal Straps)

• MaterialPyrolytic Graphite Sheet (PGS)
• TypeFlexible Thermal Strap (FTS)
• ApplicationsFocal plane assemblies, cryo-cooler interfaces, deployable radiators

LIDAX’s PSG Thermal Links are flexible thermal straps manufactured from pyrolytic graphite sheet (PGS), engineered for space missions…

Cryocoolers

Northrop Grumman's pulse tube cryocoolers provide high reliability for critical space missions, operating without moving parts for extended…

High Performance Radiator technology (HiPeR) Flexlinks

HiPeR Flexlinks are highly flexible thermal straps developed by Airbus for spacecraft thermal control, offering superior conductance-to-mass ratio…

Control unit of the thermal regime support system

A redundant thermal control unit (SX-SBOX-THERMU-01) that monitors and manages heaters based on analog/digital temperature sensors across the…

Custom Cold Plates

• MaterialsCopper, aluminum, AlSiC, graphite
• Cooling/heating methodsRefrigerant loops (HCFC/HFC/HC), cryogenic liquids (LN2, liquid methane), cryocoolers, thermoelectric coolers, heat pipes, passive straps, electrical/quartz-lamp heaters
• Control inputsThermocouple, RTD, or thermistor

Custom-designed and fabricated cold plates (thermal control/interface plates) for heat sinking at a specified temperature, built from copper,…

Thin Metal Foil Thermal Straps (TMF Series™)

• Copper type/purityElectrical Tough Pitch (ETP), C110/99.9%
• Rrr range50-100
• Copper type/purity (2)Oxygen Free High Conductivity (OFHC), C101/99.99%

The TMF Series™ Thin Metal Foil Thermal Straps, including Copper Foil Straps (CuFS™) and Aluminum Foil Straps (AlFS™),…

4C-PURE™ Cabled Copper Thermal Straps

• MaterialOFHC Copper (C101, C10100), 99.99% purity
• Residual resistivity ratio (RRR)Typically 100–200
• Terminal hole diameter/location tolerance0.001-inch or better

Solderless, flexible copper thermal straps fabricated from 100% oxygen-free high-conductivity (OFHC) copper cable or braid, used to provide…

Thermal LyNX®

A solid-state graphene thermal strap technology offering superior thermal conductance-to-mass ratio, high flexibility, and NASA-approved low-outgassing materials for…

k-Core Encapsulated Graphite Thermal Solutions

Boyd Corporation's k-Core is a proprietary encapsulated Annealed Pyrolytic Graphite thermal-conduction material used to build lightweight, high-conductivity radiator…

Thermally Conductive Vibration Isolation System (TCVIS)

• FunctionCombined thermal transport (via GFTS graphite fiber strap) and 6-axis active vibration cancellation
• Vibration reduction (axial, drive frequency)> 40 dB (100:1 reduction)
• Vibration reduction (radial, drive frequency)31 - 37 dB (37:1 to 70:1 reduction)

Combined thermal-transport and 6-axis vibration-cancellation assembly for cryocooler-to-detector-dewar interfaces, co-developed with CSA Engineering and tested at NIST.