Core cooling plate assembly built with vapor chamber technology.

Vapor chamber acts as a two-dimensional heat spreader, transferring heat evenly across surfaces.

Phase-change mechanism:

• Working fluid evaporates at hot zones → absorbs heat.

• Vapor rapidly spreads within the chamber.

• Condenses back into liquid at cooler zones → releases heat.

Ensures uniform temperature distribution, rapid heat transfer, and minimal thermal resistance.

High-precision CNC machining ensures vapor chamber housings and interfaces meet strict tolerances.

Laser and precision welding techniques preserve chamber integrity and prevent leakage.

Vacuum sealing processes guarantee reliability and long service life.

Full dimensional inspection (CMM Hexagon lab) for structural accuracy and flatness control.

Specialized copper and aluminum composites for superior thermal conductivity.

Nickel plating and anti-corrosion finishes enhance durability and reliability.

Ultra-thin wick structures engineered inside for capillary action and fluid return.

Materials selected to balance lightweight design with thermal performance, ideal for electronics, EV, and renewable systems.

Advanced thermal simulation and modeling to optimize vapor chamber geometry.

Prototyping and stress testing under real load conditions to validate reliability.

Controlled vacuum charging and filling methods ensure stable fluid circulation.

Continuous improvement with lean and smart manufacturing systems (ERP/MES) for traceability and efficiency.

Over 12 years in precision machining and advanced thermal management solutions.

Expertise in producing custom vapor chambers for automotive, power electronics, and renewable energy industries.

Tailored solutions to meet OEM and Tier-1 supplier requirements in U.S. and EU markets.

Strong focus on quality compliance, export readiness, and innovation in next-generation cooling technologies.