Carbon molecular sieve for psa nitrogen generator

Name: Carbon molecular sieve for psa nitrogen generator
Brand: Shandong Gamma Gas Engineering Co. Ltd.
Rating: 4.7 (24 reviews)

$10.00 ~ $10.00 / Kilogram

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Model No. :	GM-CMS-330
Brand Name :
Usage :	Nitrogen
Purpose :	Gas separation
Parts :	Adsorption Tower
Application Fields :	Chemical
Noise Level :	Ultra Low
Machine Size :	Large
Condition :	New
Certification :	RoHS

7yrs

Jinan, Shandong, China

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Product description

Carbon Molecular Sieve

Carbon molecular sieve (CMS) is an excellent non-polar carbon adsorbent material, which contains a large number of micropores. These micropores allow molecules with small kinetic dimensions (oxygen) to quickly diffuse into the pores, while limiting the entry of large-diameter molecule (nitrogen). CMS is widely used to separate oxygen and nitrogen in the air with pressure adsorption device (PSA) technology.

Thanks to its good performance and good price, Gamma Gas CMS-GS-320 carbon molecular sieve is not only used in PSA nitrogen generators manufactured by our own factory, this proven CMS is also widely used in many other brands PSA nitrogen generators, for both new machines and old nitrogen generators updating.

Technical data sheet

Model No	CMS-GS-320	N2 production rate(99.9%)	≥202l/kg.h(0.7 MPa)
Abrasion strength	≥99%	Air N2 ratio(99.9%)	≤3.33:1
Compressive strength	≥40N	Bulk density	630-680 kg/m³
Moisture content	≤0.1%	Actual density	1.9-2.2 g/cm³
Shape	Columnar	Porosity	50-55%
Grain diameter	1.0-1.3 mm	Pore volume	0.1-0.2 cm³/g
Adsorption strength	0.65-1.0 MPa	Specific surface area	200-250 m²/g

Performance

N2 purity	Key feature	0.6 MPa	0.7 MPa	0.8 MPa
99%	Air N2 ratio	2.4:1	2.4:1	2.4:1
99%	N2 production L/kg.h	297	335	379
99.5%	Air N2 ratio	2.65:1	2.65:1	2.65:1
99.5%	N2 production L/kg.h	251	285	321
99.9%	Air N2 ratio	3.33:1	3.33:1	3.33:1
99.9%	N2 production L/kg.h	172	202	216
99.95%	Air N2 ratio	3.7:1	3.7:1	3.7:1
99.95%	N2 production L/kg.h	145	171	187
99.99%	Air N2 ratio	4.59:1	4.59:1	4.59:1
99.99%	N2 production L/kg.h	98	122	135

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