High-Efficiency 13X Zeolite Molecular Sieve: Advanced Adsorbent for Oxygen Production and Gas Purification
Unlock superior gas separation and purification with our advanced 13X Zeolite Molecular Sieve, a leading adsorbent for oxygen generation and industrial applications.
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13X Zeolite Molecular Sieve
Our 13X Zeolite Molecular Sieve is engineered with a unique structure featuring uniform 10 angstrom pore sizes and a high surface area, making it an exceptional adsorbent for a wide range of industrial applications. It is particularly vital in Pressure Swing Adsorption (PSA) oxygen generation systems, where its high nitrogen adsorption capacity and excellent nitrogen/oxygen selectivity are paramount for producing high-purity oxygen.
- Achieve high purity oxygen generation with advanced molecular sieve 13X adsorption capacity and N2/O2 selectivity, crucial for medical and industrial oxygen concentrators.
- Effectively remove moisture and CO2 from various gases, ensuring process efficiency and product quality in demanding applications.
- Benefit from the sieve's stability at high temperatures and its ability to be regenerated, offering a cost-effective and reliable solution over many cycles.
- Optimize your oxygen production and gas purification processes by leveraging the specific 13X molecular sieve pore size and its proven performance in air separation units.
Key Advantages
Superior Adsorption Performance
Leverage the high N2 adsorption capacity and N2/O2 selectivity of the zeolite 13X for efficient oxygen separation, a critical factor for PSA oxygen concentrator performance.
Broad Application Spectrum
Ideal for air separation, dehydration, and CO2 removal, our 13X molecular sieve caters to diverse industrial purification needs.
Enhanced Durability and Regeneration
With excellent thermal stability and the ability to undergo numerous regeneration cycles, the 13X molecular sieve offers long-term reliability and cost savings.
Key Applications
Oxygen Generation
Essential component in PSA and VPSA oxygen concentrators and industrial oxygen plants, ensuring high purity oxygen output.
Gas Purification
Effectively removes moisture, CO2, H2S, and other impurities from various gas streams, meeting stringent purity standards.
Air Separation
Used in air separation units to purify feed air by removing water and carbon dioxide prior to cryogenic distillation.
Dehydration
Acts as a powerful desiccant, removing water from liquids and gases to very low levels (ppm or less).