1. Hydraulic system cooling
In hydraulic systems, oil generates heat when it flows under high pressure, causing the oil temperature to rise. Industrial oil coolers can effectively reduce the temperature of hydraulic oil, maintain the stability and efficiency of the hydraulic system, and prevent equipment failures caused by overheating.
2. Mechanical equipment cooling
Many mechanical equipment (such as CNC machine tools, stamping machines, injection molding machines, etc.) generate a lot of heat during operation. Oil coolers can provide effective cooling for these equipment to ensure that they operate at the optimal operating temperature, thereby improving processing accuracy and equipment life.
3. Engine cooling
In some industrial applications, oil coolers are used in the cooling system of the engine. By reducing the temperature of the engine oil, the engine's operating efficiency can be improved, wear can be reduced, and the service life of the engine can be extended.
4. Transmission cooling
In automobiles and heavy machinery, oil coolers are used to cool the transmission. Maintaining the appropriate temperature of the transmission oil can improve shifting performance, reduce wear, and ensure smooth operation of the transmission.
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The industrial chiller we purchased still performs well in high temperature environments, and can quickly and stably reduce the water temperature to the level we need, greatly improving production efficiency.
Since using this chiller, our electricity bill has been reduced by nearly 30%. Its energy-saving design is really effective and has helped us reduce operating costs.
This chiller can adapt to our different production needs, is very flexible, and can be adjusted according to our specific requirements, which is very practical.
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