Jiangxi Pingxiang Chengyu Ceramics Co., Ltd.
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Our company produces 3A molecular sieve, an alkali metal aluminosilicate. The pore size of 3A molecular sieve is 3Å, mainly used for water adsorption. It does not adsorb any molecules larger than 3Å in diameter. It is characterized by fast adsorption speed, multiple regeneration cycles, high crush strength, and anti-pollution capabilities, improving the utilization efficiency and extending the service life of the molecular sieve. It is an essential desiccant in the petroleum and chemical industries for deep drying, refining, and polymerization of gas and liquid phases.
Our company produces 4A molecular sieve, a sodium-type aluminosilicate. The crystal pore size is 4Å (0.4nm), which can adsorb molecules with a critical diameter no larger than its pore size.
Our company produces 5A molecular sieve, a calcium-potassium type aluminosilicate. The crystal pore size is 5Å (0.5nm), which can adsorb molecules with a critical diameter no larger than its pore size.
Mainly used for adsorption separation of aromatics and paraffin refining, drying and purification of industrial gases, it is an excellent desiccant in the gas, chemical, and air separation industries.
Basic principles of molecular sieves
Molecular sieves are materials with a regular pore structure, mainly composed of silicon
The role of molecular sieves in air purification
In the air purification stage of air separation equipment, the role of molecular sieves is crucial.
The role of molecular sieves in gas separation
Besides air purification, another important role of molecular sieves in air separation equipment is gas separation.
Types and Selection of Molecular Sieves
Zeolites are classified into various types based on different application needs, mainly including 3A, 4A, 5A, and 13X.
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