faq

Yes, we provide fully customized cold plate solutions. Our engineering team works with your specifications for dimensions, thermal requirements, channel geometry, inlet/outlet positions, and mounting features. We utilize CNC machining, FSW, brazing, and epoxy bonding processes to meet your exact requirements.

Friction Stir Welding (FSW) is a solid-state joining process that creates leak-proof, high-strength bonds between aluminum plates without melting the base material. FSW cold plates offer superior thermal performance, excellent flatness, and reliable sealing compared to traditional brazed or epoxy-bonded methods.

Common cold plate materials include aluminum (AL6061, AL1100) and copper (CU1100, CU1020). Aluminum offers excellent thermal conductivity at a lower cost and lighter weight, while copper provides superior thermal performance for high-power applications. Stainless steel is also available for corrosive environments.

A liquid cooling plate is a thermal management component that uses liquid (typically water or water-glycol mixture) flowing through internal channels to absorb and dissipate heat from electronic components. It provides efficient cooling for high-power devices such as IGBT modules, CPUs, laser equipment, and EV charging systems.