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OIL FREE SCREW & SCROLL AIR COMPRESSORS FOR ELECTRONICS AND SEMICONDUCTOR INDUSTRY
https://www.cmncompressor.com/oil-free-screw-and-scroll-air-compressors-solutions-for-electronics-and-semiconductor.html


OIL FREE SCREW & SCROLL AIR COMPRESSORS FOR ELECTRONICS AND SEMICONDUCTOR INDUSTRY
The air compressor is one of the indispensable equipment in the electronics manufacturing industry, and its application and role are crucial to the development of the entire industry. Here we will discuss the working principle, application fields, and functions of electronics air compressors.

Working Principle of Electronics Air Compressors and Semiconductor
An air compressor is a device that uses compressed air to generate power. Electronics Air Compressors' working principle can be divided into two steps. First, the air is sucked into the compressor, and after being compressed by components such as filters and compressors, the temperature and pressure are increased. This high-temperature, high-pressure air is then discharged into the gas mixture that is cooled by the cooler, thereby generating the required power.

Application Fields of Electronics Air Compressors and Semiconductor
Electronics Air Compressors the electronics manufacturing industry, mainly including the following aspects.

Semiconductor manufacturing
Semiconductor manufacturing is one of the most important application areas in the electronics manufacturing industry. In semiconductor manufacturing, electronics air compressors can provide high-temperature and high-pressure air to accelerate the growth and processing of wafers while ensuring the cleanliness and flatness of the wafer surface.

Optoelectronics manufacturing
Optoelectronics manufacturing is another important application area in the electronics manufacturing industry. In optoelectronics manufacturing, electronics air compressors can provide high-temperature and high-pressure air to accelerate the production and processing of optical components and optical chips, while ensuring the cleanliness and flatness of the surfaces of optical components and chips.