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Charcoal molecular sieve is a carbon molecular sieve, a porous material with a special three-dimensional structure. Pores of the same size allow the molecular sieve to selectively adsorb a mixture of gases. Carbon molecular sieve use in PSA units allows high-purity gas production. Their main application is air separation into nitrogen and oxygen or pure nitrogen production.

Carbon molecular sieves (CMS) have an ordered microporous structure with a pore size of 0.3 nm (3 angstroms). Oxygen molecules with a kinetic diameter of approximately 2.9 Å penetrate and are trapped into the pores, while nitrogen molecules with a kinetic diameter of 3.1 Å pass through the adsorbent layer unimpeded. Oxygen-enriched air adsorbed by the CMS is released due to pressure reduction. After regeneration, the CMS is ready for the next cycle of nitrogen-enriched air production.

If you have noticed a deterioration in your equipment’s performance, such as reduced cleanliness, productivity, or other parameters, please contact our company for adsorbent replacement. We guarantee the shortest turnaround time due to our extensive experience and highly qualified personnel.

Our Advantages:

  • Short turnaround time: we understand how important it is for you to minimize downtime, so we ensure that your order is completed as quickly as possible.
  • Extensive experience: our company successfully operates in the gas-generating equipment field for many years. We have accumulated a wealth of experience and know the ins and outs of the process.
  • High-quality materials: we use only the highest quality adsorbents, which significantly extends your equipment’s service life.
  • Professional team: we employ only professionals who undergo regular training and certification.

Contact us, and we will ensure your equipment is restored to its optimum performance in the shortest possible time. We are pleased to offer a comprehensive approach and customized solutions for each customer.

Carbon Molecular Sieve

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