Water cooled high and low temperature circulation deviceUsing water as the cooling medium and efficient heat exchange systems to achieve high and low temperature circulation control, it is widely used in industrial fields such as semiconductor manufacturing, new energy, and automotive parts testing. It provides a continuous and stable temperature environment for large equipment and production lines, and is the core equipment to ensure industrial production efficiency and product quality. ​

Efficient heat dissipation and stable temperature control are its core values. Compared to air-cooled devices, the heat transfer efficiency of water-cooled systems is increased by more than 30%, which can quickly remove the heat generated by equipment operation. At the same time, the temperature loss is accurately compensated by the electric heating module, achieving stable temperature control from -20 ℃ to 150 ℃. In semiconductor chip manufacturing, precision equipment such as lithography machines and etching machines generate a large amount of heat during operation, and temperature fluctuations can affect the accuracy of chip lithography. Water cooled high and low temperature cycling devices can stabilize the equipment temperature in the ideal working range through continuous cycling cooling, ensuring chip manufacturing yield; In the testing of new energy batteries, it can simulate the temperature changes during the battery charging and discharging process, test the capacity and cycle life of the battery at different temperatures, and provide support for optimizing battery performance. ​

The ability to operate continuously with high traffic is suitable for industrial scenarios. The equipment adopts large-diameter circulation pipelines and high-power water pumps, with a circulation flow rate of tens of liters per minute, meeting the batch temperature control requirements of large-scale production lines. In the field of automotive component testing, durability testing of components such as engines and transmissions needs to be conducted in a continuous high and low temperature environment. The high and low temperature cycling device can provide temperature control for multiple testing stations simultaneously, ensuring efficient testing; In plastic molding processing, it can provide stable temperature for the material cylinder and mold of the injection molding machine, ensuring the fluidity of the plastic melt and the quality of product molding. ​

Energy saving and safety design highlight industrial advantages. The equipment is equipped with a water temperature monitoring and flow protection system, which automatically shuts down when the cooling water temperature is too high or the flow rate is insufficient to avoid equipment damage; Some models use variable frequency water pumps to automatically adjust energy consumption according to the load, reducing operating costs. With the development of industrial manufacturing towards high precision and scale, water-cooled high and low temperature circulation devices are upgrading towards large-scale and integrated direction. Through linkage with intelligent control systems on production lines, temperature control and production process optimization are achieved, providing strong support for industrial intelligent manufacturing.