Advanced 13X Molecular Sieves for Efficient Cryogenic Air Separation and Gas Purification
Unlock superior gas purity with our high-performance 13X molecular sieves, essential for cryogenic air separation and industrial drying.
Get a Quote & SampleProduct Core Value
13X Molecular Sieve
13X molecular sieves are advanced aluminosilicate materials with a unique crystalline structure and uniform pore openings of approximately 10 Å. This makes them highly effective for selective adsorption of molecules based on size and polarity. They are critical for removing impurities like water vapor (H2O) and carbon dioxide (CO2) in demanding industrial applications such as cryogenic air separation, natural gas processing, and petrochemical refining, ensuring process efficiency and preventing equipment damage from freezing.
- Leverage the high adsorption capacity of 13X molecular sieves for efficient CO2 and H2O removal in air separation units, meeting stringent purity requirements.
- Benefit from the uniform 10Å pore size, enabling precise separation of molecules and acting as a reliable desiccant for industrial gas drying.
- Experience the advantages of low regeneration temperatures and excellent crush strength, ensuring a long service life and cost-effectiveness in your processes.
- Utilize this specialized molecular sieve for critical tasks in cryogenic air separation, where preventing freezing and maximizing product yield are paramount.
Key Advantages
Superior Adsorption Performance
The distinct structure of 13X molecular sieves provides superior adsorption capabilities, making them ideal for capturing CO2 and water, which is crucial for cryogenic air separation processes.
Enhanced Process Efficiency
By effectively removing moisture and CO2, these sieves prevent freezing issues in cryogenic systems, thereby enhancing overall process efficiency and reliability in gas purification.
Cost-Effectiveness and Durability
With low regeneration temperatures and long service life, 13X molecular sieves offer a cost-effective solution, reducing operational expenses and maintenance needs for industrial gas drying applications.
Key Applications
Cryogenic Air Separation
Crucial for purifying feed gas by removing water and carbon dioxide to prevent freezing and ensure high-purity oxygen and nitrogen production, a key aspect of cryogenic air separation.
Natural Gas Processing
Used for drying and desulfurizing natural gas, liquefied petroleum gas (LPG), and liquid hydrocarbons, removing contaminants like H2S and mercaptans.
General Gas Drying
Efficiently dries general industrial gases, acting as a vital desiccant in processes requiring low dew points and high purity.
Catalyst Carrier
Serves as a reliable catalyst carrier in various chemical reactions, leveraging its stable structure and high surface area.