Heat spreading
Thin graphite parts move heat laterally away from concentrated sources.
Custom graphite heat spreaders, thermal interface pads and insulating constructions designed around heat source, interface gap, mounting pressure and available space.

Grade-specific performance is supplied with the recommended material. Final assembly validation remains application-specific.
Compact flight controllers, ESCs, motor drivers and robot controllers concentrate heat inside lightweight enclosures. A material selected by conductivity alone can underperform when gap, contact pressure, flatness and electrical isolation are ignored.
Thin graphite parts move heat laterally away from concentrated sources.
Compliant silicone pads bridge interface variation between a component and heat sink or housing.
PET or PI layers can be integrated when electrical separation is required.
Adhesive, liner and protective films can be converted into an assembly-ready part.
Send the information available now. Missing values can be identified during drawing review rather than guessed.
Graphite is normally selected for lateral heat spreading, while a thermal pad bridges an interface gap. Some assemblies use both in a laminated stack.
Yes. Geometry is reviewed against material thickness, brittleness, minimum web and lamination construction before tooling.
Tell us the installation position, material challenge, environment and project stage. Our team will review the drawing and recommend a practical construction.