Carbon Molecular Sieve-JXSEP®LG-560

Through a special pore adjustment process, it shows remarkable performance in nitrogen and oxygen separation. LG-560 carbon molecular sieve can effectively separate nitrogen and oxygen in the air, based on the dynamic diameter differences of different gas molecules and their unique pore size distribution. It has excellent selective adsorption performance, and its adsorption capacity for oxygen is much higher than that for nitrogen.

Under certain conditions, carbon molecular sieves can quickly desorb the adsorbed oxygen and complete multiple adsorption-desorption cycles in a short period of time to ensure the production of products with purity that meet industry requirements. At the same time, it has the ability to quickly and efectively separate nitrogen and oxygen, meeting the actual needs of industries such as coal and shipping. After special process treatment, it has a long service life and stable separation performance to ensure the long-term stable operation of the equipment

JXSEP®LG-560 carbon molecular sieve achieves high-yield nitrogen output while ensuring a certain nitrogen purity, reducing production costs, and has broad application prospects in industries such as coal and shipping. In the coal industry, nitrogen can be used for coal explosion prevention, fire extinguishing, and ammonia protection during gasification; in the shipping industry, nitrogen can be used for ship inert gas protection, cargo storage, and nitrogen supply in propulsion systems.

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