Looking for a reliable alternative for thermal management components?
Spectra-Mat delivers engineered tungsten copper and molybdenum copper solutions for optoelectronics, microelectronics, RF, MW and semiconductor applications—supported by SAES materials expertise and U.S. manufacturing.
Request a Quote Explore our SolutionsBuilt for high-performance thermal management
Spectra-Mat specializes in controlled expansion thermal management materials based on tungsten copper and molybdenum copper. Its proprietary copper infiltration process in a highly homogeneous sintered tungsten matrix supports equal thermal conductivity in all x-y-z directions and stable CTE behavior across demanding operating temperatures.
50+ years
experience in refractory metal technology
U.S.
manufacturing footprint through Spectra-Mat
Custom
design, machining and plating support
High-power
applications across electronics and defense
Where Spectra-Mat solutions fit
Semiconductor lasers
W/Cu spacers and submounts designed to dissipate high thermal loads in IR and UV semiconductor laser applications.
HB LEDs
Plated tungsten copper wafers support efficient thermal management for wafer-level packaging and cost-effective manufacturing.
RF and MW amplifiers
Bases, flanges and machined components help transfer heat efficiently in GaN and GaAs amplifier applications
Fiber lasers
Tungsten copper combiners provide rapid heat transfer and, with optical-grade surface and gold plating, avoid unwanted light absorption.
Optical benches
Brazing capabilities with ceramics support optical assemblies for high-power laser systems and related components.
Defense, telecom and industrial systems
Materials engineered for demanding environments where thermal stability, conductivity and machining precision matter.
Why this matters now
Continuity of supply
If your current supplier situation is changing, Spectra-Mat offers a credible path to maintain project timelines and component performance.
Performance consistency
Control over production processes, strong material science know-how and in-house capabilities support repeatable quality from prototype to production.
Engineering partnership
Custom thermal management parts can be developed around your application requirements, tolerances and material targets.
