High Adsorption 13X Molecular Sieve for Air Separation and Chemical Industry Purification
Unlock superior purification and drying capabilities with our advanced 13X molecular sieve technology.
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13X Molecular Sieve
Experience unparalleled purification with our 13X molecular sieve, a synthetic zeolite engineered for exceptional adsorption of CO2 and water. Its 10 Angstrom pore size ensures selective capture of contaminants, making it indispensable for demanding industrial applications. The material's high adsorption capacity and excellent regenerability contribute to sustained performance and cost-effectiveness.
- Enhance air separation processes through selective CO2 and moisture removal, achieving high-purity oxygen and nitrogen streams.
- Ensure natural gas and hydrocarbon liquids meet stringent purity standards with effective drying and desulfurization capabilities.
- Leverage the high adsorption capacity of this molecular sieve for efficient purification in petrochemical refining applications.
- Utilize its robust structure and regenerable nature for long-term, reliable performance across numerous industrial cycles.
Product Advantages
Superior Adsorption Capacity
Benefit from the 13X molecular sieve's remarkable ability to adsorb significant amounts of CO2 and H2O, ensuring deep purification for critical industrial gases.
Selective Contaminant Removal
The precise 10 Å pore size enables the selective capture of targeted molecules, like CO2 and water, while allowing other desired components to pass through.
Enhanced Process Efficiency
Achieve higher product purity and better resource utilization in air separation and petrochemical processes through the use of this high-performance adsorbent.
Key Applications
Air Separation Units
Critical for removing CO2 and water vapor to prevent freezing and ensure high-purity oxygen and nitrogen production.
Natural Gas Processing
Essential for drying and desulfurizing natural gas and liquid hydrocarbons, improving quality and safety.
Petrochemical Refining
Aids in the purification of hydrocarbon streams and acts as a catalyst carrier, optimizing refining processes.
Industrial Drying
Widely used for the deep drying of various gases and liquids, maintaining product integrity.