THERMAL & LIQUID COOLING
From flow-path parts to liquid-cooling modules
Precision manufacturing supports cold plates, manifolds, tubing, and module assembly—with a clear boundary between completed checks and customer-defined qualification.
Cold plates and flow-path parts
We assess manufacturability against the heat source, system envelope, material, sealing interfaces, and machining needs. Flow-path detail and performance targets remain program-specific.
Manifolds, hoses, and fittings
System space, routing, fitting preference, assembly sequence, and service needs define manifold and connection interfaces plus clear supply and assembly responsibilities.
IN PRODUCTION
XT-TC009-G Nano Radiative Heat-Dissipation Coating
Designed for aluminum, copper, stainless steel, and other metal heat-dissipation parts, the coating supports improved surface thermal radiation and heat exchange. Product records list an emissivity of 0.95 and test evidence covering RoHS, adhesion, salt spray, and thermal shock. A related radiative heat-dissipation structure is covered by Taiwan Utility Model Patent M607749. Actual thermal performance depends on the substrate, geometry, power, environment, and coating conditions.
Completed validation
Air-leak and hydro-pressure checks
The completed scope that can be stated publicly is air-leak and hydro-pressure checking. Conditions, fixtures, acceptance limits, and records are confirmed in program documents.
Program-defined validation
Thermal, hydraulic, and reliability qualification
Thermal performance, flow, pressure drop, flow balance, and reliability are not presented as universally completed capabilities. They are planned to customer specifications and sample stage.