Lithium Molecular Sieve
It is high-performance lithium exchanged low silica form of the X-type zeolite with exceptional nitrogen capacity to provide optimal performance in the separation of oxygen from the air in medical oxygen concentrators. It is developed and designed for the production of up to 95% oxygen-rich airstreams in medical oxygen concentrators with air flows up to 10 liters per minute. There are three mechanisms of adsorption separation: steric hindrance effect, kinetic effect and equilibrium effect.
Parameters of Lithium Molecular Sieve
|The test items||unit||the first||note|
|Static nitrogen adsorption||NK/kg||≥22||≥23||≥22||1bar , 25°C|
|Nitrogen/oxygen separation coefficient||~||≥6.2||≥6.3||≥6.2||1bar, 25°C|
|Crushing Strength||N||≥25||~||≥15||The average|
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