Factory Spot Cms-220 Industrial Nitrogen Machine with Carbon Molecular Sieve Cms-260 High Nitrogen Rate 99.99

Product Description

The component of carbon molecular sieve (CMS) is carbon. CMS takes the appearance of cylindrical black solid, contains countless 4 angstrom fine pores, it can be used to separate air into nitrogen and oxygen .In industry, CMS can concentrate nitrogen from air with PSA systems. Our CMS products have the character of large nitrogen yield capacity; high nitrogen recovery. It can meet the requirement of all types of PSA nitrogen systems.
The carbon molecular sieve is widely applied in petroleum chemical industry, the heat treatment of metal, the electronic manufacture and food preservation industries.

 

Parameters of carbon molecular sieve

Product	Carbon Molecular Sieve
Appearance	Black Pellet
Diameter	0.95mm 1.1-1.3mm, 1.3-1.5mm, 1.5-1.8mm
Other Names	molecular sieve for nitrogen generation
Crushing Strength	>50 (N/PC)(The test temperature≤20ºC)
Dust Level	100PPM Max
Bulk Density	630-680(KG/M3)
Type	Adsorbent Pressure(MPa)	Nitrogen Purity(N2%)	Nitrogen Quantity(NM/h.t)	Nitrogen Recovery(N2/AIR %)
CMS-220	0.8	99	260	2.4
		99.5	220	2.6
		99.9	145	3.7
		99.99	100	4.8
		99.999	55	6.8
CMS-240	0.8	99	280	2.3
		99.5	240	2.5
		99.9	160	3.5
		99.99	110	4.6
		99.999	65	6.6
CMS-260	0.8	99	320	2.2
		99.5	260	2.3
		99.9	175	3.4
		99.99	120	4.6
		99.999	75	6.5
CMS-280	0.8	99	335	2.2
		99.5	280	2.3
		99.9	190	3.4
		99.99	135	4.5
		99.999	90	6.4

 Physical properties
Cylindrical Diameter: 1.6mm or customized
Bulk Density: 640-660g/l
Crushing Strength: 100N/p Min
Dust level: 100PPM Max


Application

1.Be used to separate air into N2 and O2.
2.Be applied in petroleum chemical, heat treatment, electronic and food preservation industries.

Air Supply System:
The air will be purified by compression to remove oil, water and dust, then be used by PSA device.

PSA Nitrogen Generation System:
The compressed air flows from bottom to top through the adsorption towers, which is fully filled with CMS. The oxygen will be first adsorbed by the surface of CMS, while nitrogen will still go on flowing to the buffer tank. After adsorbing for a certain time, CMS needs regeneration as it issaturated by oxygen.
Regeneration will be implemented by stopping adsorption and reducing pressure in the tower. The alteration of adsorption and regeneration of the two towers makes nitrogen generation continuously.

Carbon molecular sieve shipping

Any requirements about Carbon Molecular Sieve, pls do not hesitate to contact us.