English 
CMS-330 is a new type of carbon molecular sieve developed on the basis of CMS-280 . Through the overall improvement of production process , the adsorbent could be more stable , more efficient , more energy conservation and environmental protection. Chemxin CMS-330 has been far more than the industry level in China market, and in the leading level of the world. It produces 99.999% concentration nitrogen more economical via PSA method.
Technical Parameter:
| Model | Carbon Molecular Sieve | |||
| Appearance | Black, extruded(pellet) | |||
| Nominal pore diameter | 4 angstroms | |||
| Diameter (mm) | 1.0-1.2mm or customized size | |||
Crushing strength (The test temperature≤20℃) | ≥35 N/PC | |||
| Bulk Density | 650-690 KG/M3 | |||
| Type | Adsorption Pressure (MPa) | N2 Purity(%) | N2 quantity (M3/T.MT) | Air/N2 (%) |
| CMS-330 | 0.75-0.8 | 99.999 | 95 | 6.4 |
| 99.99 | 165 | 4.0 | ||
| 99.9 | 250 | 3.3 | ||
| 99.5 | 330 | 2.8 | ||
Typical Application:
a) Be used to separate air into N2 and O2.
b) Be applied in petroleum chemical, heat treatment, electronic and food preservation industries.
CMS-330 is a new type of carbon molecular sieve developed on the basis of CMS-280 . Through the overall improvement of production process , the adsorbent could be more stable , more efficient , more energy conservation and environmental protection. Chemxin CMS-330 has been far more than the industry level in China market, and in the leading level of the world. It produces 99.999% concentration nitrogen more economical via PSA method.
Technical Parameter:
| Model | Carbon Molecular Sieve | |||
| Appearance | Black, extruded(pellet) | |||
| Nominal pore diameter | 4 angstroms | |||
| Diameter (mm) | 1.0-1.2mm or customized size | |||
Crushing strength (The test temperature≤20℃) | ≥35 N/PC | |||
| Bulk Density | 650-690 KG/M3 | |||
| Type | Adsorption Pressure (MPa) | N2 Purity(%) | N2 quantity (M3/T.MT) | Air/N2 (%) |
| CMS-330 | 0.75-0.8 | 99.999 | 95 | 6.4 |
| 99.99 | 165 | 4.0 | ||
| 99.9 | 250 | 3.3 | ||
| 99.5 | 330 | 2.8 | ||
Typical Application:
a) Be used to separate air into N2 and O2.
b) Be applied in petroleum chemical, heat treatment, electronic and food preservation industries.
