The carbon dioxide compressor is a driven fluid machine that lifts low-pressure gas to high-pressure gas, and is the heart of the refrigeration system. It inhales low-temperature and low-pressure refrigerant gas from the suction pipe, drives the piston to compress it through the operation of the motor, and discharges the high-temperature and high-pressure refrigerant gas to the exhaust pipe to provide power for the refrigeration cycle, thereby realizing compression → condensation (heat release). )→expansion→evaporation (endothermic) refrigeration cycle. For more information about the carbon dioxide compressors, please read the following words.

Helium compressor is the drive unit of cryopump system or other refrigeration units, used to supply high purity helium gas to cryopump or other refrigeration units. What are the benefits of using a helium compressor?What is the scope of use of the helium compressors?

A Co2 compressor is a compressor used to pressurize and deliver carbon dioxide gas. Co2 compressor is mainly used in urea synthesis unit.What problems should be paid attention to when designing and using Co2 compressor?How to install Co2 compressor products?What are the types of Co2 compressors?

Helium is widely used in various fields, such as low-temperature superconductivity research, gas chromatography analysis, material heat treatment, pressure testing, medical technology, etc. As a rare resource, helium has been paid more and more attention from all walks of life. Based on its rarity and non-renewability, helium recovery systems are very popular. Here, helium compressors are used, which can reuse helium to reduce losses. Under normal circumstances, large enterprises will choose professional helium compressors.

Helium compressors are mainly used in vacuum systems for evaporation, sputtering and ion implantation of semiconductor front-end process equipment, and there are also widely used in astronomy, aerospace, medical and other fields.

The helium compressor is one of the core equipment of the large-scale cryogenic system. The reliability and economy of the compressor directly determine the reliability and efficiency of the cryogenic system.

The carbon dioxide compressor is dehydrated by molecular sieve and adsorbed by an adsorption tower, and the carbon dioxide contained in natural gas is pressurized by the carbon dioxide compressor, and finally condensed into liquid carbon dioxide by a refrigerator.

The helium compressor can drive cryopumps of different sizes, which are divided into 8 inches, 10 inches and 16 inches according to the diameter of the flange. Helium compressors can also be used in cryopumps from different manufacturers. For more information about the helium compressor, please read the following words.

Helium compressors utilize reciprocating piston technology to capture fresh, mixed or recovered helium at atmospheric or higher inlet pressures. Depending on flow and pressure requirements, multiple stages can be used to efficiently compress and transport gas.

The working principle of the Co2 compressor is that the carbon dioxide gas is stored in the cylinder by the intake system. The carbon dioxide compressor pressurizes the carbon dioxide gas through the reciprocating piston movement. After reaching a certain pressure, the exhaust system will pressurize the carbon dioxide gas and send out.