Microchannel reactors are core key components in the fields of fine chemicals, new material synthesis, and pharmaceutical chemicals. Relying on micron-scale precision flow channel structures, they enable rapid material mixing, instantaneous heat transfer, and precise temperature control, effectively enhancing reaction efficiency, reducing side reactions, and improving product consistency. Compared to traditional reaction equipment, they possess significant technical advantages.

Printed circuit heat exchanger (PCHE) is a new generation of heat exchange equipment. With advantages such as dense micro-channels, high heat transfer efficiency, compact structure, and resistance to high pressure and temperature, it is widely used in fields such as fine chemicals, energy equipment, hydrogen energy equipment, semiconductor temperature control, and special refrigeration. It is currently the mainstream development direction in the precision heat exchange industry.

As semiconductors, new energy sources, and high-power electronic devices continue to evolve towards higher integration, higher power, and miniaturization, the pressure on device thermal management continues to increase. Traditional cooling structures have become inadequate to meet the demands of complex operating conditions. Microchannel water-cooled plates, with their compact structure, large heat exchange area, and uniform temperature control, have become core components in equipment thermal control systems.