SR OG series modular oxygen generators are a type of pressure swing adsorption (PSA) oxygen generation system. They use clean and dry compressed air as raw material. By utilizing the dual-group zeolite molecular sieve (ZMS) adsorption system in the equipment, nitrogen and other trace gases are preferentially adsorbed. The remaining gas that is not adsorbed is oxygen. After being purified to meet the standards, the oxygen is stored in an oxygen tank, providing users with a continuous supply of oxygen with a purity of 93%.

SR OG series modular oxygen generators undergo 100% functional and performance testing before leaving the factory. Only after passing the tests are they shipped out. Our purpose is to provide users with reliable-quality products.SR OG series modular oxygen generators use high-strength aviation aluminum material for the outer casing, which has excellent corrosion resistance and is not prone to deformation. The zeolite molecular sieve in the internal adsorption cylinder is also made of high-quality products and is filled in a blizzard method. The advantage is that the filling is uniform and compact, minimizing mutual movement and friction, reducing the possibility of zeolite molecular sieve pulverization, thus ensuring the adsorption capacity of the adsorption cylinder, prolonging the service life of the dust filter at the rear end of the oxygen generator, and ensuring the stable and long-lasting operation of the oxygen generation system.

SR OG series modular oxygen generators feature a modular design. Compared with traditional twin-tower oxygen generators, they have the advantages of small size and light weight. They require less installation space and can be skid-mounted into oxygen generation systems, becoming mobile equipment and thus more flexible. Trained operators can replace the adsorption cylinders without too much downtime, and maintenance is simple and easy.

Compared with bottled oxygen, SR OG series modular oxygen generators have the advantages of stability, safety, high efficiency and low long-term use cost. They are suitable for most industrial applications, including but not limited to industries such as metallurgy, papermaking, semiconductors, aquaculture, sewage treatment, glass and ceramic production, welding, cutting and brazing.