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Molecular Sieve Desiccant

  • PRODUCT NAME Molecular Sieve Desiccant
  • PRODUCT MODEL 3A/4A/5A/10X/13X
  • PRODUCT DESCRIPTION Appearance: Pale yellow spherical - Bulk Density: 680 kg/m³ - Static Water Adsorption: >21.5% - Compressive Strength (N): >80/P - Packaging: Double inner membrane woven bag, drum packaging
  • Scope of Application It is dedicated to insulating glass, adsorption dryers/air compressors, gas drying of air separation units, industrial oxygen production, natural gas drying and other fields.

Model

Pore Size

Core Function

Application Scenarios

3A Molecular Sieve

0.3nm

Adsorbs only water, not hydrocarbons

Ethylene/propylene drying, insulating glass moistureproof, refrigerant dehydration

4A Molecular Sieve

0.4nm

Universal adsorption, adsorbs small molecules

Medicine/product packaging drying, detergent builder, gas purification

5A Molecular Sieve

0.5nm

Dehydration + hydrocarbon separation

N-paraffin dewaxing, PSA oxygen/hydrogen production, natural gas desulfurization and dehydration

13X Molecular Sieve

1.0nm

Broad-spectrum adsorption, deep purification

Air separation equipment, natural gas CO₂/water removal, large-scale industrial drying

This series of membranes could be used in Automotive Lamps, Automotive Sensitive Electronics, Outdoor Lighting, Outdoor Electronic Devices, Household Electrical and Electronics etc. The membrane can balance inside/outside pressure differentials of sealed enclosures while blocking contaminants, which could increase components’ reliability and extend their service life.

Shelf life is five years from the date of receipt for this product as long as this product is stored in its original packaging in an environment below 80° F (27° C) and 60% RH.

Molecular sieve desiccant is an artificially synthesized desiccant product with strong adsorption capacity for water molecules.

The pore size of molecular sieves can be controlled by different processing techniques. Besides adsorbing water vapor, it can also adsorb other gases. It can still hold water molecules well at high temperatures above 230℃.