Carbon Molecular Sieves (CMS)
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Carbon Molecular Sieves (CMS)
Our premium Carbon Molecular Sieves are engineered for Pressure Swing Adsorption (PSA) systems, ensuring consistent nitrogen generation for industries worldwide.
Carbon Molecular Sieves (CMS) are highly efficient adsorbents designed to separate oxygen from nitrogen in compressed air. With a precise pore structure, CMS enables the selective adsorption of oxygen molecules while allowing nitrogen molecules to pass through — producing nitrogen with purities up to 99.999%.
- High Nitrogen Yield – Enables nitrogen purity from 95% to 99.999%
Long Service Life – Optimized particle strength and durability
Fast Adsorption Rate – Ensures high-efficiency PSA performance
Consistent Quality – Uniform pore distribution for stable output
Cost-Effective Operation – Reduces energy consumption in nitrogen generation
- Food & Beverage Industry
Nitrogen flushing in food packaging to extend shelf life
Beverage bottling to prevent oxidation
Storage and preservation of perishable goods
- Pharmaceutical & Healthcare
Creating nitrogen atmospheres for drug manufacturing
Preventing oxidation of sensitive compounds
Packaging medicines and healthcare products
- Electronics & Semiconductors
Providing inert nitrogen environments for chip manufacturing
Preventing oxidation during soldering processes
Protecting delicate electronic components
- Metallurgy & Heat Treatment
Nitrogen blanketing in furnaces
Preventing metal oxidation during annealing, sintering, and brazing
Inert atmospheres for welding processes
- Chemicals & Petrochemicals
Nitrogen blanketing in storage tanks and pipelines
Safe handling and transport of flammable chemicals
Inert atmosphere for reaction processes
- Oil & Gas Industry
Enhanced oil recovery operations
Nitrogen injection in refining processes
Preventing explosions in drilling and storage
- Aerospace & Automotive
Nitrogen filling in tires for stability and safety
Inert gas environments for aerospace material processing
- Energy & Environmental
Nitrogen purging in power plants
Safe handling of renewable energy storage systems
Environmental protection through controlled inert atmospheres