Molecular Sieve
High Nitrogen Yield Carbon Molecular Sieve For Food Packaging Nitrogen Making
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Product Model |
Oxygen Adsorption Capacity (ml/g) |
Max Nitrogen Purity |
Particle Size (mm) |
Attrition Rate (%) |
Core Application Scenarios |
|
CMS 220 |
≥220 |
99.9% |
1.0-3.0 |
≤1.2 |
General industrial nitrogen making |
|
CMS 240 |
≥240 |
99.99% |
1.0-3.0 |
≤1.0 |
chemical industry gas separation |
|
CMS 260 |
≥260 |
99.999% |
1.0-3.0 |
≤0.8 |
electronics industry protection |
|
Custom Industrial Grade |
Customizable |
99.5%-99.99% |
0.8-4.0 |
≤1.5 |
bulk industrial gas production |
Carbon Molecular Sieve Product Introduction
Carbon Molecular Sieve (CMS) is a special carbon-based adsorbent designed for air separation to produce nitrogen via PSA technology. With unique micropore structure, it can selectively adsorb oxygen molecules from compressed air while retaining nitrogen, realizing efficient nitrogen-oxygen separation.
Our carbon molecular sieve covers full grades CMS220, CMS240, CMS260 and CMS280 with uniform particle size, high mechanical strength and low pulverization rate. It delivers stable nitrogen adsorption efficiency and long service lifespan. Widely adopted for high-purity nitrogen supply in food packaging, laser cutting, electronics manufacturing, chemical processing, metallurgy and other industrial fields. As a professional manufacturer, we provide carbon molecular sieve with strict quality control, stable performance and competitive bulk supply for global PSA nitrogen generator systems.
1.Food packaging industry:
Nitrogen filling for food anti-oxidation, fresh-keeping and anti-corrosion packaging.
2.Laser cutting industry:
Supply high-purity nitrogen as auxiliary gas for metal cutting and edge polishing.
3.Electronic manufacturing:
Nitrogen protection for welding, reflow soldering and component anti-oxidation.
4.Chemical & petrochemical industry:
Inert nitrogen shielding for chemical reaction and raw material storage.
5.Metallurgy processing:
Nitrogen atmosphere protection for metal heat treatment, sintering and annealing.