Carbon Molecular Sieve for Nitrogen Generation CMS220, CMS240, CMS260 is a material used in the production of nitrogen gas. Made by Jiangxi OIM Chemical Co. Ltd, this black cylindrical solid is designed with fine pores measuring 4 angstroms. The carbon molecular sieve is crucial in air separation processes, helping to extract nitrogen and oxygen from the atmosphere.

With its superior adsorption capabilities, this sieve selectively adsorbs oxygen molecules, allowing nitrogen to pass through. This mechanism is essential for PSA (Pressure Swing Adsorption) nitrogen generators, concentrating nitrogen gas to purity levels ranging from 99% to an exceptional 99.999%.

Industries such as chemical manufacturing, electronics, and food packaging benefit greatly from this product. In chemical processes, it provides a reliable source of high-purity nitrogen. For electronics production, it helps in soldering and preventing oxidation. In food packaging, it preserves product quality and extends shelf life.

Specifications:
Technical Parameter:
Properties Data
Diameter 1.1～1.2mm or customized
Crushing strength Min. (N/PC)
(The test temperature≤20℃) 50
Bulk density (G/L)
(The test temperature≤20℃) 660-700
Adsorbent time (S)
(The test temperature≤20℃) 2*60
Type Adsorbent pressure (MPa) N2 purity (%) N2 quantity (M3/MT.HT) N2/Air (%)
CMS-220 0.75-0.8 95 380 1.75
97 340 2.0
98 260 2.25
98.5 255 2.29
99 245 2.38
99.5 220 2.55
99.9 140 3.7
99.99 100 4.7
99.999 55 6.8
CMS-240 0.75-0.8 95 420 1.75
97 360 2.0
98 285 2.2
98.5 275 2.25
99 260 2.35
99.5 240 2.5
99.9 155 3.5
99.99 110 4.65
99.999 65 6.7
CMS-260 0.75-0.8 99 320 2.2
99.5 260 2.5
99.9 175 3.5
99.99 120 4.6
99.999 70 6.7
CMS-280 0.75-0.80 99 360 3.1
99.5 268 2.5
99.9 180 3.5
99.99 125 4.6
99.999 75 6.7

Application:
PSA Nitrogen generator.

Packaging:
20kg/40kg vacuum airtight plastic drum

Jiangxi OIM Chemical Co. Ltd ensures the standards in its manufacturing. The carbon molecular sieve is available in models CMS220, CMS240, CMS260, and CMS280, each offering different specifications and performance levels.