Oil-free oxygen compressor

Oil-free oxygen compressor
Oil-free design, guide ring, piston ring, piston rod packing are made of self-lubricating material, oil-free lubrication. Bearing and shaft tile parts use common lubricant, intermittent design makes the lubricant effectively isolated from the gas cavity, not in contact with the compressed medium, avoiding the pollution of the gas in the compression process and ensuring the purity of the gas.

Product details

Oil-free design, guide ring, piston ring, piston rod packing are made of self-lubricating material, oil-free lubrication. Bearing and axial tile parts using ordinary lubricating oil, intermittent design so that the lubricating oil and the gas cavity is effectively isolated from the compressed medium contact, to avoid the compression process of gas pollution, to ensure the purity of the gas. According to the actual gas situation, the compressor is divided into single-stage or multi-stage compression; the structure form is divided into single-cylinder, double-cylinder, triple-cylinder, quadruple-cylinder and combined multi-cylinder structure; the cooling method is divided into air-cooled and water-cooled.


This series of compressors is suitable for oxygen flow demand is relatively large, the exhaust pressure is low oxygen booster occasions. Widely used in air separation oxygen plant, oxygen circulation system oxygen industry.


Suction pressure: 0~ 0.1Mpa (G), exhaust pressure: ≤0.5 Mpa (G).


Oxygen is a kind of flammable gas, which will exacerbate the combustion and explosion of burning substances. During manufacturing and installation, the degreasing of parts and pipes in contact with oxygen should be strictly done.


Oil-free oxygen compressor technical specification sheet issued by the outsourcing manufacturer


The above parameters are for reference only, subject to the actual technical program. Models with larger flow rate and more inlet and exhaust pressures can be configured according to the specific requirements of users, please consult us further.