Explore CoolRock heat-dissipation coatings for metal surfaces, heatsinks and electronic enclosures.
Explore coating coverage, thickness and surface preparation for metal heatsinks, deep fins and fanless enclosures.
Bring fin spacing, depth and geometry into the coating discussion. Identify surfaces to coat and areas to mask, including mating faces, threads and electrical contacts. Request inspection criteria for coverage and thickness in difficult-to-reach areas.
Compare the proposed coating with the actual uncoated or anodized baseline. Keep geometry, power, orientation and cooling conditions consistent. Do not assume that replacing a surface finish improves every assembly; validate the selected process on your hardware.
Review substrate preparation, coating thickness, curing limits, adhesion and corrosion exposure. Confirm the available grade and process with TiKOUS. Request the applicable safety and environmental documents rather than treating general sustainability statements as compliance evidence.
Treat them as separate design decisions. Confirm which surfaces a coating may cover and whether the contact interface still requires a TIM. Validate the complete thermal path.
Explore CoolRock heat-dissipation coatings for metal surfaces, heatsinks and electronic enclosures.
| Material family | Graphene heat-dissipation coating |
|---|---|
| Application focus | Metal heatsinks and enclosure surfaces |
| Design discussion | Substrate, surface preparation, geometry and coating process |
| Evaluation scope | Your assembly, thermal boundary conditions and comparison baseline |
Request the documents applicable to your selected material and intended use. Availability and revision should be confirmed with TiKOUS.
Discuss specifications and documentationShare your application. Let’s find the next step.
