APPLICATIONS · THERMAL MANAGEMENT
Thermal performance without the weight.
Coated fillers that move more heat with less metal. Thermal is our focus. Mechanical, magnetic and battery are also possible.
WHAT CUSTOMERS GAIN
−98%
Reduction in critical materials
Control your supply chain.
30%
Less material, same performance
Improved thermal conductivity.
3×
Longer component life
Reduction in the thermal gradients.
01 / OUR FOCUS
Thermal management
The challenge: more power in less space, and heat sets the limit.
The opportunity: fillers that move heat further, with less material.
02 / USE CASES
Where heat limits performance
APower electronicsPull heat out of dense power modules and run cooler for longer.
BThermal interface materialsHigher-conductivity fillers for pastes, pads and adhesives.
CHeat spreaders & compositesLighter metal- and diamond-matrix parts that shed heat faster.
DAdditive manufacturingCoated feedstock for printed heat exchangers and cold plates.
03 / SPOTLIGHT
SYNTHETIC DIAMOND
Synthetic diamond, coated.
Diamond conducts heat better than any other bulk material. A functional shell helps put that performance to work inside real parts.
Composite k: target 100+ W/m·KAT A GLANCE
- SubstratesMetals · Ceramics · Diamond
- Shell thickness10–200 nm
- ProcessPhysics, not chemistry
- Coating types60+ elements
- Scale todayGrams to kilograms →
04 / ALSO POSSIBLE
Same platform, other properties.
Thermal is our focus. If your challenge sits elsewhere, we are happy to talk.
Mechanical
Superalloy, ODS and novel alloy powders for demanding structural parts.
Discuss mechanical →NEXT STEP
Bring us your thermal challenge.
Get an indicative coating assessment in two minutes, or scope a proof-of-concept with our team.