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molecular sieve
Key words:
Uses: only adsorption of water, not ethylene, CO2, acetylene and other larger molecules, mainly used in petroleum cracking gas, olefins, refinery gas and oil field gas, as well as chemical, pharmaceutical, hollow glass, refrigerant and other industries of the desiccant.
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Uses: Adsorption of water, methanol, ethanol, H2S, CO2, SO2, ethylene, propylene; No adsorption of propane and larger molecules, mainly used in natural gas and various chemical gas liquids, refrigerants, pharmaceuticals, electronic materials such as drying, argon purification, methane, ethane, propane separation.
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Uses: In addition to adsorbing 3A and 4A adsorbed molecules, it is used for co-adsorption of isomeric hydrocarbons, oxygen and nitrogen separation and CO2-H2O. It is especially suitable for pressure swing adsorption. It can be adapted to various sizes of oxygen, hydrogen, carbon dioxide and other gases. It is mainly used for drying and refining chemical, petroleum and natural gas, ammonia decomposition gas and other industrial gas liquids.
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Uses: Mainly used for gas drying and purification, gas purification in air separation devices, removal of water and carbon dioxide; natural gas, liquefied petroleum gas, liquid hydrocarbon drying and desulfurization (removal of hydrogen sulfide and mercaptan); general gas depth drying; catalyst carrier.
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2026 Complete Guide to Molecular Sieve: Types, Applications & Bulk Supply
This 2026 industry-focused guide on molecular sieve integrates 12+ years of production experience from Fulong New Material, covering core working principles, performance comparison of 4 mainstream models, step-by-step selection guidance, and real industrial application cases. It helps global procurement engineers select qualified molecular sieve products, reduce running cost and improve process efficiency effectively.
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