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3A Molecular Sieve (Dehydration Type

The 3A Molecular Sieve (Dehydration Type) is a premium desiccant designed for the efficient removal of moisture in various industrial processes, including propylene dehydration, organic solvent drying, and the drying of methanol and ethanol. Its high adsorption capacity and robust physical properties make it an ideal choice for demanding applications.

Product Description:

The 3A Molecular Sieve (Dehydration Type) is a high-efficiency desiccant composed of potassium sodium aluminosilicate. With a crystal structure formulated as Xk₂O·YNa₂O·Al₂O₃·2SiO₂·9/2H₂O (where X+Y=1, X≥0.4), it selectively adsorbs molecules with a kinetic diameter less than 3 angstroms. This makes it exceptionally effective for removing moisture in various industrial applications.

Typical Applications:

Propylene Dehydration: Ideal for propane dehydrogenation units and propylene purification units in gas separation plants.

Organic Solvent Drying: Efficiently removes water from solvents to prevent contamination and improve product quality.

C5/C6 Hydrocarbon Dehydration: Used in light hydrocarbon aromatization units to dehydrate C5 and C6 hydrocarbons.

Methanol and Ethanol Drying: Effectively dries methanol and ethanol for use in chemical synthesis and fuel applications.

Key Features:

High Water Adsorption Capacity: Ensures efficient moisture removal even under demanding conditions.

Low Attrition Rate: Durable composition reduces dust formation and maintains performance over time.

Excellent Mechanical Strength: Withstands high pressure and temperature variations in industrial environments.

Compliance: Manufactured according to GB/T10504-2017 standards.

Technical specifications chart for 3A Molecular Sieve (Dehydration Type)
Detailed technical specifications of 3A Molecular Sieve (Dehydration Type), including size, adsorption capacity, and mechanical properties.

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