Lithium-type high-efficiency oxygen-producing molecular sieve

Under the same flow rate and oxygen production concentration of 93%±3%, the dosage of lithium molecular sieve is less than half of that of ordinary oxygen production molecular sieve. Energy consumption is reduced by 50%.

Manufacturer of molecular sieves for oxygen production/household oxygen production/medical oxygen production/high oxygen production PSA industrial oxygen production VPSA molecular sieves.

Molecular sieve (also known as synthetic zeolite) is a microporous aluminosilicate crystal. It has a basic skeleton structure composed of silicon, oxygen, aluminum and oxygen tetrahedrons. There are metal cations (such as Na+, K+, Ca2+, Li+, etc.) in the crystal lattice to balance the excess negative charges in the crystal. The types of molecular sieves are mainly divided into: A type, X type, Y type, etc. according to their crystal structure.

Adsorption function: The adsorption of substances by molecular sieves comes from physical adsorption (van der Waals force). There are strong polarity and Coulomb fields inside the crystal pores, and it shows strong adsorption capacity for polar molecules (such as water) and unsaturated molecules.

Screening function: The pore size distribution of the molecular sieve is very uniform. Only substances with a molecular diameter smaller than the hole diameter can enter the crystal cavities of the molecular sieve.

Molecules of different substances are distinguished by their adsorption priority and size, so they are vividly called "molecular sieves"

Carp type molecular sieve is a kind of Carp X-type aluminosilicate crystal. It is an oxygen-generating molecular sieve with international advanced level. Carp molecular sieve is used in pressure swing adsorption oxygen production equipment. It has large nitrogen adsorption capacity and high nitrogen-oxygen separation coefficient. It has the characteristics of easy desorption, its nitrogen adsorption capacity is 2-3 times larger than that of 13X-HP oxygen-generating molecular sieve, and its nitrogen and oxygen separation coefficient is about 2 times that of 13X-HP oxygen-generating molecular sieve. It also has good wear resistance and long Long service life, widely used in: steel, non-ferrous metallurgy, chemical industry, furnace energy-saving renovation, environmental protection, papermaking, aquaculture, medical care and other industries.