Air compressors for the semiconductor industry

In the semiconductor industry, air compressors play a vital role, providing stable and high-quality compressed air for various production processes. These compressed air are widely used in critical process steps such as thin film deposition, photolithography, etching, ion implantation, and chemical mechanical polishing. Due to the extremely high requirements for air purity and stability in semiconductor manufacturing, it is particularly important to choose a suitable air compressor.

The water-lubricated oil-free inverter screw air compressor of Shanghai Grankering Group is an advanced equipment designed to meet the demanding needs of the semiconductor industry. This air compressor adopts a unique water lubrication technology, completely abandoning the traditional oil lubrication method, thus ensuring that the compressed air is pure and oil-free. This is critical for semiconductor manufacturing, as any trace of oil contamination can lead to product quality degradation or even production failure.

In addition, the air compressor is also equipped with advanced frequency conversion technology, which can adjust the output of the compressor in real time according to actual needs. This not only helps to reduce energy waste and achieve energy saving and consumption reduction, but also ensures that the air compressor can maintain stable operation under various working conditions, thereby extending the service life of the equipment.

Regarding the power range of this water-lubricated oil-free variable frequency screw air compressor, it covers a wide range of 7.5-250KW. This means that whether it is a small laboratory or a large production line, you can find a model that suits your needs.

Question: What are the specific applications of this air compressor in the semiconductor industry?

Answer: In the semiconductor industry, the water-lubricated oil-free frequency conversion screw air compressor of Shanghai Grankering Group is widely used in various scenarios that require high-purity compressed air. For example, in the film deposition process, compressed air is used as a gas source to participate in the formation of the film; in the photolithography process, compressed air is used to drive pneumatic components in the lithography machine; in addition, in etching, ion implantation and chemical mechanical polishing In the process, the air compressor also plays an indispensable role. Due to its oil-free characteristics, it can also effectively avoid the impact of oil pollution on product quality, thereby improving production yield and product reliability.