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HFS(R) Molecular Sieve Zeolite 8X12 Mesh Desiccant Beads Reusable (5LBS, 4A)
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HFS(R) Molecular Sieve Zeolite 8X12 Mesh Desiccant Features
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[SIZE]:5lbs, Molecular Sieve 4A.
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[HIGH PERFORMANCE]: Improve the ability to absorb carbon dioxide and water so as to avoid the occurrence of cold tower phenomenon in air separation process.
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[LONG SERVICE LIFE]: High carbon dioxide adsorption capacity and low regeneration temperature ensure long service life of the product.
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[REGENERATION]: Molecular sieve Type 4A can be regenerated and reused as per the needs. For regeneration process, it requires the removal of adsorbed moisture, water and other provisions at a hot temperature of 250 to 450 degrees. This temperature depends on when reached in the purge. To avoid any kind of accidental moisture adsorption, such molecular sieves are required to keep in an airtight container before using it. The adsorbed species include argon, SO2, CO2, carbon monoxide, C2H4, C3H6, C2H4, CH3CN2, CS2, CH3Br.
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[WIDE APPLICATION]: Molecular Sieve 4A is used as a desiccant in an array of industrial applications. For instrumental air drying (for ensuring a dew point of -60/-800℃. Dehydration of drugs, electric components, and unpreserved chemicals when packed Removal of moisture in plastics and paints; Drying of Refrigerants；Drying of Natural gas, petroleum gas, and cracked gas；Dehydration of ethanol；Generation and purification of argon；Isomerization feed drying；Drying of air-filled or gas-filled insulating glass units；Dehydration of unsaturated hydrocarbons；Drying and purifying of Ammonia gas.
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[WARNING]: INDUSTRIAL PURPOSE ONLY.
About HFS(R) Molecular Sieve Zeolite 8X12 Mesh Desiccant
Introducing our premium industrial gas drying agent, designed to deliver superior performance and reliability. With a bead size of 8*12Mesh, this product is engineered to optimize the drying process of various gases. Its high-efficiency formula improves the ability to absorb carbon dioxide and water, ensuring the stability of air separation units and preventing the occurrence of cold tower phenomena. This drying agent is versatile, ideal for applications such as dehydration and desulfurization of natural gas, LPG, liquid paraffin, and ammonia synthesis gas, as well as the desulfurization of aerosol propellant deodorants.
