Explore coatings and interface materials for servers, computing modules and their thermal assemblies.
Explore CoolRock surface coatings and KappaX interfaces for server processors, accelerators and storage. Evaluate the component-to-heatsink or cold-plate interface separately from the heat-transfer surface exposed to air or coolant.
For immersion projects, identify the coolant, viscosity at the operating temperature, fin spacing and available flow. Evaluate coated surfaces with the selected fluid; air-cooling results do not establish immersion performance. Include material compatibility and service access in the trial.
Plan material evaluations around the server, cooling architecture and operating workload.
Define the cooling architecture before discussing a coating or TIM. Map CPU, GPU, memory and storage heat sources to the heatsink or cold plate. Record inlet conditions and the sustained workload that drives the thermal requirement.
The legacy page introduces immersion cooling as an application direction. Before specifying materials, identify the dielectric fluid, exposure temperature and maintenance process. Request evidence for coating adhesion, material stability and fluid compatibility under those conditions.
Record component temperatures alongside fan or pump settings, workload and power. A material comparison alone does not establish a facility energy saving, reliability improvement or service-life extension. Define the system-level acceptance target with your engineering team.
No. Confirm the exact material and fluid combination, exposure conditions and test evidence before approval.
Share the component, heatsink and enclosure configuration. TiKOUS can discuss CoolRock coatings and KappaX interface materials within the context of your thermal design.
Heat-dissipation coatings for metal surfaces and heatsinks.
Thermal interface materials for component-to-heatsink integration.
Share your application. Let’s find the next step.
