Air-cooled chillers, with their core feature of eliminating the need for an external cooling water system, offer significant advantages in a wide range of scenarios, and their application scope continues to expand with technological advancements.

I. Advantages

Air-cooled chillers eliminate the need for cooling towers and water systems, offering flexible installation and requiring only ventilation space, making them highly adaptable to site-constrained environments. They eliminate water maintenance, requiring only fin cleaning and component inspection, resulting in low O&M costs. Furthermore, they are not constrained by water sources and can operate stably even in water-scarce areas.

II. Applications

Electronics Industry: Cooling precision equipment such as PCB soldering, SMT placement equipment, and semiconductor photolithography machines to prevent component failure due to high temperatures.

Plastics/Rubber Industry: Cooling molds in injection molding machines and extruders to accelerate product molding, ensure dimensional accuracy, and reduce scrap.

Machining Industry: Cooling spindles and cutting fluids in CNC machine tools, grinders, and laser cutting machines to extend equipment life and improve machining accuracy. Medical Industry: Provides cooling for the cooling systems of medical equipment such as MRI machines and CT scanners.

New Energy Industry: Cools the cooling systems of small energy storage batteries and charging stations to prevent battery degradation due to high temperatures or charging station overloads.

Laboratory: Provides a stable low-temperature environment for precision instruments such as biological incubators, chemical reactors, and spectrometers, ensuring the accuracy of experimental data.

Food Processing: Cools food cold storage, baking equipment, and beverage production lines to ensure a low-temperature environment during food processing and storage.