As semiconductors, new energy, and high-power power electronic devices continue to develop toward high integration, high power, and miniaturization, the pressure on equipment thermal management continues to increase, and traditional heat dissipation structures are no longer able to adapt to complex operating conditions. With characteristics such as compact structure, large heat exchange area, and uniform temperature control, microchannel cold plates have become core supporting components of equipment thermal control systems.

Chuokuang Technology has long been deeply engaged in the field of vacuum diffusion bonding precision manufacturing, focusing on the customized R&D and production of microchannel cold plates. The company adopts a full vacuum diffusion bonding integrated forming process, abandoning the joint gap issues of traditional welding and achieving complete metallurgical bonding between plates. Products feature excellent overall sealing performance and strong structural stability, capable of withstanding stable pressure and temperature cycling over the long term.

Relying on precision etching, precision milling, and simulation optimization capabilities, Chuokuang Technology can individually design microchannel flow channel layouts, channel diameters, and arrangement methods based on customers' actual equipment operating conditions, heat dissipation power, installation space, and medium type, effectively controlling flow channel pressure drop and improving heat exchange uniformity. Products are widely suitable for heat dissipation scenarios in multiple fields, including IGBT modules, semiconductor equipment, laser equipment, new energy electronic control, and aerospace equipment.

The company has a complete production system from preliminary simulation design, process verification, and sample trial production to mass production. Each product undergoes multiple inspection processes such as air tightness testing, helium leak testing, and flow resistance and heat exchange testing, ensuring stable operation under complex operating conditions and providing reliable temperature control assurance for customer equipment.