Core innovation: heatpipe-integrated cooling plate design.

Heatpipe acts as a thermal superconductor, transferring heat from power devices to coolant channels.

Phase-change cycle: liquid evaporates at hot spot → vapor moves → condenses at cooler zone → heat released.

Enables rapid, uniform heat dissipation with very low thermal resistance.

CNC-machined aluminum cooling plates with tight tolerances for flatness and sealing.

Automated 6-axis welding robots ensure leak-proof coolant channels.

Surface milling and polishing for maximum contact with electronic modules or battery cells.

Full CMM inspection to validate dimensional accuracy and performance.

High-conductivity aluminum alloys (6061, 6063, 6082, 6N01) designed for cooling plate applications.

Corrosion-resistant finishes for long-term durability in harsh environments.

Compatibility with glycol-water and dielectric coolants.

Sustainable approach with billet sourcing increasingly from domestic recycled aluminum.

Thermal simulation and CFD modeling to optimize channel layout and heat transfer.

Prototype validation under real load conditions (EV battery, power electronics, telecom).

Integration of ERP/MES systems for production traceability and process stability.

Continuous refinement through lean manufacturing and Kaizen practices.

Over 12 years of aluminum extrusion & cooling solutions for global OEMs.

Proven supplier of EV battery cooling plates, inverter baseplates, and telecom cold plates.

Custom engineering support for B2B buyers in U.S. and EU markets.

Strong focus on quality assurance, compliance, and export reliability.