The TMT010-202 from Thermal Management Technologies is a Space-Qualified Thermal Strap designed to efficiently transfer heat while maintaining flexible and elastic mechanical connections between thermal components. Built with a braided copper construction, it provides reliable thermal conductivity while accommodating mechanical movement in sensitive space systems. The strap features a braid width of 6.35 mm, a length of up to 152.4 mm, and an end thickness of up to 4.57 mm, enabling effective integration within compact spacecraft assemblies.
This thermal strap offers a thermal resistance of up to 55.25 K/W at 295 K, ensuring efficient heat dissipation and temperature control across connected components. The flexible braided design enhances durability and vibration tolerance while maintaining stable thermal performance under demanding operational conditions. Engineered for high-performance thermal management, the TMT010-202 is suitable for a wide range of precision cooling applications including cryogenic systems and spaceborne instrumentation.
The robust construction supports dependable operation in environments where efficient heat transfer and mechanical flexibility are essential. Compact and highly reliable, the TMT010-202 thermal strap is ideal for cryogenic shrouds, cryocoolers, infrared instruments, superconducting systems, electronic cooling assemblies, cross-hinge cooling systems, thermoelectric modules, heat sinks, component testing platforms and spacecraft thermal management systems.
