Application scenarios

High heat dissipation: The liquid cooling system can effectively conduct heat to the radiator and dissipate the heat through the liquid cooling cycle, thereby keeping the hardware running at a low temperature.

High reliability: The liquid cooling system can maintain a stable operating temperature of the chip, reducing the risk of chip failure caused by overheating.

Integration: The 1200W liquid cooling system integrates components such as cold plates, water pumps, water tanks, and radiators. The overall structure is compact and easy to install.

Energy saving: The liquid cooling system can dissipate heat more effectively, lower the operating temperature of the chip, reduce energy consumption, and save electricity costs.

Product features

Computer chips: The liquid cooling system can effectively reduce the chip temperature, improve the performance stability of the chip, and extend the service life of the equipment, effectively meeting the high heat dissipation requirements brought by AI computing power.

High - power LEDs: The liquid cooling system can help reduce the operating temperature of the LEDs, improve the photoelectric conversion efficiency, and extend the service life of the LEDs.

Aerospace electronic equipment: The liquid cooling system can help control the equipment temperature, ensure that the equipment can still operate normally in extreme environments, and improve the reliability and safety of the equipment.

High - power lasers: The liquid cooling system can effectively dissipate heat, prevent the laser from overheating due to excessive power, and ensure the operating stability and long - term operation of the laser.

Semiconductor refrigeration field: Heat dissipation of high - power semiconductor refrigeration chips.