Carbon Molecular Sieve : Advanced Gas Separation Solutions from AGC Chemical 

Carbon Molecular Sieve (CMS) plays a critical role in modern pressure swing adsorption (PSA) systems, enabling efficient and cost-effective nitrogen generation. As industries continue to demand high-purity nitrogen and reliable separation technologies, AGC Chemical has positioned its CMS product line as a dependable choice for industrial gas producers and manufacturers.

What is Carbon Molecular Sieve?

Carbon Molecular Sieve is a porous carbon-based material engineered with uniform micro-pores. These pores selectively adsorb oxygen molecules more rapidly than nitrogen, making CMS an essential component in PSA nitrogen generation. Once oxygen is adsorbed, nitrogen can be collected at high purity and delivered for industrial use.

Key Features of AGC Chemical’s CMS

AGC Chemical’s CMS products are developed to deliver long-term performance, consistent separation efficiency, and stability under continuous operation. The material is produced with precision-controlled pore size distribution to optimize separation rates while maintaining high nitrogen purity levels.

Core attributes include:


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