High-Performance 5A Molecular Sieve for Static Dehydration and Gas Purification
Unlock superior drying and purification with our advanced 5A molecular sieve, designed for demanding industrial applications.
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5A Molecular Sieve
Our 5A molecular sieve is engineered for exceptional performance in static dehydration and adsorption separation processes. With a precise 5 Angstrom pore diameter, it effectively removes water, CO2, and H2S from various gas streams, ensuring high purity and process efficiency. Its strong ionic forces from divalent calcium ions make it an excellent choice for applications requiring the removal of water and carbon dioxide from sour natural gas streams, minimizing COS formation and adsorbing light mercaptans.
- Experience the benefits of adsorption separation of hydrocarbons, crucial for refining processes.
- Achieve efficient high purity nitrogen production molecular sieve capabilities for industrial gas separation.
- Utilize its effectiveness in removal of CO2 H2S from natural gas, a critical step in gas treatment.
- Benefit from its high H2O adsorption capacity of 22% minimum, ideal for demanding drying tasks.
Key Advantages
Exceptional Adsorption Capacity
Leverage the high H2O adsorption capacity of 22% minimum, making it a top-tier desiccant for static dehydration applications.
Precision Pore Size
The 5 Angstrom pore diameter ensures selective adsorption, vital for the separation of normal and iso paraffins and other critical processes.
Enhanced Gas Purification
Its robust performance in CO2 adsorption from mixed gas streams and purification of sour natural gas makes it a versatile chemical auxiliary.
Key Applications
Static Dehydration
Ideal for the static, non-regenerative dehydration of insulating glass units, ensuring longevity and performance.
Natural Gas Purification
Effectively removes water, CO2, and H2S from sour natural gas streams, enhancing gas quality and safety.
Hydrocarbon Separation
Facilitates the separation of normal- and iso-paraffins, a critical step in petrochemical processing.
Air Separation
Used in pressure swing adsorption devices for the production of high purity N2, O2, and H2 from mixed gas streams.