As a key component of heat dissipation in modern electronic equipment, the optimization of its internal microchannel structure is crucial to improving heat dissipation efficiency.

The heat pipe contains a special working fluid inside. At the high-temperature end, the working fluid absorbs heat and vaporizes. The steam quickly flows to the low-temperature end, releases heat, and then condenses and flows back.

Water cooling plates shovel-toothed heat pipe radiators effectively ensure the stable operation of the server and ensure that it maintains optimal performance under high load and long-term operation conditions.

The heat pipe radiator uses the thermal conductivity of the heat pipe to quickly transfer heat from the heat source to the heat dissipation end through the cycle of liquid evaporation and condensation

The key to the stable operation of water cooling plates insert under high pressure and complex working conditions lies in its design and material selection.