Thermal Control — Space Hardware Marketplace

GPU on Diamond

Experience exponentially increased compute, lower failure rates, and less energy consumption with Diamond Cooling for GPUs.

Thermal Control Unit

• Dimensions (L×W×H)160 mm × 170 mm × 38 mm
• Mass1,000 gr (Std. version)
• Power consumption1.5 W ~ 3 W

Smart efficient thermal management for space systems

Satellite Multi-Layer Insulation (MLI)

Custom satellite MLI blankets for 1 K to 1800 K, with MMOD and ATOX protection options, produced for…

COOLCAT Cryogenic Superinsulation

• Coolcat 2 nw10 layers double-sided aluminized perforated polyester foil interleaved with 10 layers of non-woven polyester spacer; used in serial MRI, NMR and accelerator cryostats
• Coolcat 2 nfGlass fibre fleece spacer with 9 micrometre pure aluminium foil; high temperature tolerant, non-flammable, ISO 21010 tested
• Coolcat 2 lox5 layers pure aluminium foil with 5 layers glass fibre cloth spacer; liquid oxygen compatible, ISO 21010 tested, free of organic constituents

Multi-layer vacuum superinsulation line for cryogenic applications, laser-cut to shape, with polyester, aluminium-foil, LOX-compatible and tape variants.

Conductive Glass Fabric High-Temperature Vacuum Insulation

• Maximum temperatureUp to 550 degrees C
• TypeHigh temperature vacuum insulation, conductive glass fabric
• Advantages over ceramic fabricsGreater flexibility, no hazardous components, adjustable performance

Flexible high-temperature vacuum insulation for launchers up to 550 degrees C, free of hazardous components and tunable to…

Flexible Thermal Protection for Launchers

• Maximum temperatureUp to 1500 degrees C
• MaterialsCoated or laminated ceramic fabric and ceramic felt insulators
• ApplicationComponents in direct vicinity of rocket motors or nozzles

Coated or laminated ceramic fabric and ceramic felt insulation protecting components near rocket motors and nozzles at up…

Acusil® Thermal Protection System (TPS)

• Acusil® ii ablation resistancezero ablation in heat fluxes up to 100 W/cm2
• Acusil® iv ablation resistancewithstands up to 150 W/cm2
• DurabilityDecades (30+ years)

Acusil® is a lightweight, silicone syntactic foam-based thermal protection system designed to shield high-value assets like spacecraft and…

Spacecraft Thermal Management Systems

• ProductsHeat pipes (CCHP/VCHP), vapor chambers, thermal straps, thermal interface materials
• Heat pipe working fluidsAmmonia (space standard), water, ethanol
• Thermal strapsBraided copper or graphite fiber; flexible isolation

Boyd Corporation's (Aavid) space-grade thermal management solutions — heat pipes, vapor chambers, thermal straps, and two-phase cooling systems…

IberEspacio Satellite Thermal Control Hardware

Flight-proven heat pipes, loop heat pipes (LHP), MLI blankets, and thermo-structural panels for satellite thermal management — >1,000…

Aerospace Thermal Control Materials

• Flight heritageSpace thermal control material heritage since 1958
• Notable programJames Webb Space Telescope onboard thermal protection
• Material typesMulti-layer insulation, second-surface mirrors, conductive/non-conductive tapes, thermal coatings

Flight-proven thin-film thermal control materials protecting spacecraft since 1958, including JWST sunshield materials.

Altom14 Series — LHP Evaporator Modules for Power Electronics

• MaterialStainless Steel (SS)
• Configuration options1-slot to 3-slot (1SL, 2SL, 3SL) and multi-channel variants
• Representative sizes40×160 mm (1SL), 100×140 mm (2CPL)

High-performance stainless steel Loop Heat Pipe evaporator modules for power electronics cooling — ISO 3834-2 certified welding, manufactured…

Gas Thermal Compressor

• Gases handledKrypton, Xenon, Hydrogen, hydrocarbons
• Output pressure200–400+ bar
• VibrationNegligible (passive thermal operation)

Passive, vibration-free thermal compressors for Xenon, Krypton, and Hydrogen gases reaching 200–400+ bar — no moving parts for…

Altom10 Series — LHP Evaporator Modules for Microelectronics

• MaterialsCopper (Cu) and Stainless Steel (SS)
• Charge chamber volume1–7 cc
• Footprint range28×50 mm to 100×50 mm

Modular Loop Heat Pipe evaporator modules for microelectronics thermal management — up to 10 m separation, several thousand…

Pulsating Heat Pipes (PHP)

Oscillating heat pipe technology with less reliance on gravity — customizable thin/3D form factors, PHP Spreader research prototype…

Micro Channel Heat Pipes (MCHP)

• DesignFlat aluminium, customizable length and bends
• ApplicationsBatteries, embedded electronics, radar/lidar sensors

Hybrid HP-PHP flat aluminium heat pipe design — lightweight, customizable in length and bends, for batteries and embedded…

Loop Heat Pipes (LHP)

• Power vs. water-based coolingUp to 100% less
• Lifetime vs. water-based coolingUp to 10x
• Weight vs. water-based coolingUp to 30% less

Long-distance passive heat transport for high heat flux applications — up to 100% less power, 10x lifetime, and…

Heat Pipes (HP)

• TechnologyLatent heat of vaporization, wick return
• ApplicationsData centers, embedded electronics, batteries, power electronics

Traditional heat pipe technology providing low thermal resistance passive cooling — scalable to application size, exploits latent heat…

Satkit MLI Satellite Kit

• Kit contentsOuter layer material roll, inner layer material roll, polyimide assembly/edge-binding tapes
• Target platformsCubeSat form factors (1U-6U)

Pre-cut multi-layer insulation kit with STARcrest MLI materials sized for small satellite developers to build custom thermal protection…