描述
CMS-280 type carbon molecular sieve:
CMS-280 type is a new type of non-polar adsorbent, designed to extract nitrogen-rich gas from the air. It is suitable for separating and producing nitrogen from the air. It has a high adsorption capacity for oxygen and can remove nitrogen from the air. separated.
The remarkable characteristics of this carbon molecular sieve are: high gas production efficiency and low air consumption, especially the production of nitrogen with a purity of less than 99.5% to 99.9%. It is widely used in large-scale air separation nitrogen production equipment, and its application areas include coal mines, ships, oil storage and transportation, etc
| Iterm |
CMS-180 CMS-200 CMS-220CMS-240 CMS-260CMS-280CMS-330CMS-F |
| Diameter | 0.95mm 1.1-1.3mm, 1.3-1.5mm, 1.5-1.8mm |
| Bulk Density | ≥660kg/m³ |
| Grain strength | ≥95 |
| Resistance to compression wear | ≤1% |
| Moisture content | ≤0.5% |
| Packing | 20Kg/Drum 40Kg/Drum 130Kg/Drum |
|
Type
|
Adsorption Pressure
|
N2 Purity (%)
|
N2 quantity (M3/T.MT)
|
Air/N2 (%)
|
|
CMS-220
|
0.75-0.8
|
99.999
|
55
|
6.8
|
|
99.99
|
100
|
4.8
|
||
|
99.9
|
145
|
3.7
|
||
|
99.5
|
220
|
2.6
|
||
|
CMS-240
|
0.75-0.8
|
99.999
|
65
|
6.6
|
|
99.99
|
110
|
4.6
|
||
|
99.9
|
160
|
3.5
|
||
|
99.5
|
240
|
2.5
|
||
|
CMS-260
|
0.75-0.8
|
99.999
|
75
|
6.5
|
|
99.99
|
120
|
4.6
|
||
|
99.9
|
175
|
3.4
|
||
|
99.5
|
260
|
2.3
|
||
|
CMS-280
|
0.75-0.8
|
99.999
|
90
|
6.4
|
|
99.99
|
135
|
4.5
|
||
|
99.9
|
190
|
3.4
|
||
|
99.5
|
280
|
2.3
|
(Note: Test conditions: adsorption time 40s, pressure equalization 1-2s)
Nitrogen Usage Areas:
1-) In ammonia synthesis
2-) In providing inert atmosphere in chemistry, textile, food, paint industry
3-) In the transfer of extremely flammable liquids under nitrogen pressure
4-) In the electronics industry, in the manufacture of light bulbs
5-) In the food industry, freezing of food and long-term storage and transportation.
6-) In nuclear reactors
7-) In the prevention of oxidation of edible oils
😎 Cleaning of tankers, pipelines and refineries
9-) In grain silos
10-) In providing controlled atmosphere in heat treatment furnaces
11-) In glass and steel production
12-) In the safety of coal mines and fire extinguishing
13-) Fermentation
14-) Packaging of food and sensitive objects
15-) In the propulsion of oil and gas wells
16-) Tissue freezing and storage
17-) Interlocking of metals
18-) As a coolant in molding, film extrusion and process equipment
19-) Recovery of process solvents
20-) As a chemical reagent and a reagent carrier
21-) Fire prevention in the warehouses of paper and paper products factories.
22-) Fire prevention in chemical warehouses.
23-) In military ammunition and fuel tanks.
24-) In pharmaceutical production factories.
2-) In providing inert atmosphere in chemistry, textile, food, paint industry
3-) In the transfer of extremely flammable liquids under nitrogen pressure
4-) In the electronics industry, in the manufacture of light bulbs
5-) In the food industry, freezing of food and long-term storage and transportation.
6-) In nuclear reactors
7-) In the prevention of oxidation of edible oils
😎 Cleaning of tankers, pipelines and refineries
9-) In grain silos
10-) In providing controlled atmosphere in heat treatment furnaces
11-) In glass and steel production
12-) In the safety of coal mines and fire extinguishing
13-) Fermentation
14-) Packaging of food and sensitive objects
15-) In the propulsion of oil and gas wells
16-) Tissue freezing and storage
17-) Interlocking of metals
18-) As a coolant in molding, film extrusion and process equipment
19-) Recovery of process solvents
20-) As a chemical reagent and a reagent carrier
21-) Fire prevention in the warehouses of paper and paper products factories.
22-) Fire prevention in chemical warehouses.
23-) In military ammunition and fuel tanks.
24-) In pharmaceutical production factories.
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