Molecular sieve, commonly known as "Moresi."

basic information

Performance) 1. Activated Carbon-based Morishi 99.9% Dust content: 100 ppm, compressive strength: 100 N/particle, moisture: 0.5%, material: phenol activated carbon, particle size: 1.1 to 1.6 mm, apparent specific gravity: 0.7 kg/L 2. Zeolite-based Morishi 93% Wear rate: ≤ 0.2%, compressive strength: 25 N/particle, N2/O2 separation: ≥ 3, N2 capacity: 8 ml/g, moisture: 1%, material: synthetic zeolite, particle size: 0.6 to 2.4 mm, apparent specific gravity: 0.75 kg/L 3. Lithium Zeolite-based Morishi 95% Wear rate: ≤ 1%, compressive strength: 25 N/particle, N2/O2 separation: ≥ 6, static N2 adsorption: 0.22, moisture: 1%, material: lithium synthetic zeolite, particle size: 0.6 to 2 mm, apparent specific gravity: 0.7 kg/L

Price information

Due to the variety of types, the Morishi price is listed on the φ75 oxygen concentrator parts upper price list - optional paid parts - sieve page.

Price range

P1

Delivery Time

P4

Applications/Examples of results

- A device that can separate oxygen and nitrogen from the air using the PSA method (there is also a membrane permeation separation method). - = PSA nitrogen generator, PSA oxygen concentrator, PSA oxygen respirator, etc. - The principle of air separation by the PSA adsorption method: pressure swing adsorption. Oxygen molecules have a smaller molecular diameter than nitrogen molecules → utilizing this fact → oxygen molecules pass through → nitrogen molecules do not pass → prepare a molecular sieve with precise pore diameters → fill two adsorption towers → send oil-free compressed air from an oil-free air compressor into one adsorption tower → only oxygen is selectively adsorbed → the nitrogen that is not adsorbed is discharged → switch the airflow direction to the other adsorption tower using a solenoid valve → the first adsorption tower returns to atmospheric pressure → at that time, the selectively adsorbed oxygen is released → repeating this operation with the two adsorption towers results in the separation of oxygen and nitrogen (see oxygen concentrator). - Components of air: 78% nitrogen, 21% oxygen, 0.04% CO2.

Detailed information

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  Activated carbon-based Moresi 99.9%

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  Zeolite-based Morecy 93%

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  Lithium zeolite-based Morecy 95%

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  Image of oxygen-nitrogen separation by Morecy Components of air: 78% nitrogen, 21% oxygen, 0.04% CO2

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  Porous structure

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  Luggage appearance

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  Molecular Sieve Price List