
Screw Air compressor coolers are designed to reduce compressed air and oil temperature in compressor systems, improving cooling efficiency and ensuring stable operation. Our product range also covers Oil-Air Heat Exchanger, Integrated Water-Oil-Air Cooler, Water Cooler, Oil Cooler, and Air Cooler for compressed air solutions.
Our product range includes screw, fixed, and portable air compressor coolers, as well as Atlas series screw air compressor (full range), with custom plate-fin cooling solutions.
Air compressor coolers are designed to reduce air and oil temperature, improve cooling efficiency, and ensure stable performance in demanding industrial environments. They are widely used in stationary and portable compressor systems where reliable heat control is essential.
We provide custom air compressor cooler solutions for different compressor types, installation spaces, and cooling requirements. Our plate-fin cooling systems can be designed according to compressor model, cooling capacity, working pressure, core size, connection layout, and operating conditions. Custom solutions are available for screw air compressors, stationary systems, portable compressors, and other industrial compressed air applications.
We keep a comprehensive inventory of heat exchangers, spare parts, and essential process equipment, enabling prompt response to customer demands and minimizing downtime for critical projects.
We accept drawing-based customization (CAD or sample-based) and can assist in redesigning or improving existing radiator structures to enhance cooling efficiency, durability, and service life.
All custom screw air compressor cooler are manufactured under strict quality control processes, including pressure testing and leakage inspection before shipment.
Air compressor cooler is a heat exchange component used to reduce the temperature of compressed air and lubricating oil, helping improve cooling efficiency and compressor stability.
Common signs include high operating temperature, frequent shutdown alarms, poor cooling performance, oil temperature increase, blocked fins, leakage, or reduced compressor efficiency. Replacing a worn cooler can restore reliable operation.
Common types include aftercoolers, oil coolers, air-cooled compressor coolers, and water-cooled compressor coolers. The right choice depends on compressor model, cooling demand, and installation environment.
To select the correct air compressor cooler, consider compressor power, working pressure, airflow, cooling capacity, available space, and operating conditions. Custom solutions are often ideal for OEM and replacement projects.
Cleaning frequency depends on dust level, ambient temperature, and running hours. In demanding environments, regular cleaning of fins and internal passages helps maintain cooling efficiency and prevents overheating.
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