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Atomfair Molecular Sieve Adsorbent，3A/4A/5A/10X/13X

Atomfair Molecular Sieve Adsorbent，3A/4A/5A/10X/13X

High-quality zeolite molecular sieves (3A/4A/5A/10X/13X) deliver precise adsorption for deep drying and gas separation. Trusted in insulated glass, air separation, chemicals and more, they boast stable performance, reusable design and multiple packaging options.

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Description

Molecular Sieve Adsorbent Product Introduction

Designed specifically for materials science and industrial scenarios, this zeolite adsorbent achieves core functions such as deep drying and gas separation through its uniform microporous structure. It is widely used in insulated glass, adsorption dryers, air separation refrigeration, industrial oxygen production and other fields, providing stable and reliable purification support for production processes.
Model Key Specifications Core Advantages Applicable Scenarios
3A Diameter: 0.4-0.8mm

Bulk Density: 700kg/m³

Static Water Absorption Rate: 0.23

 3A micropores, adsorbs only water molecules, high drying precision Insulated glass interlayer drying, adsorption dryers
4A Diameter: 1.6-2.5mm

General adsorption performance

 4A micropores, adsorbs small molecules such as water, methanol and ethanol, wide application range Chemical solvent dehydration, general gas purification
5A Diameter: 2-4mm

Strong selective separation

 5A micropores, accurately adsorbs n-alkanes and carbon dioxide, excellent separation effect Air separation refrigeration systems, industrial oxygen purification
10X Diameter: 3-5mm

Large adsorption capacity

 10A micropores, suitable for macromolecular adsorption, high processing efficiency Chemical macromolecular separation, deep purification
13X Diameter: 4-6mm

Suitable for industrial-scale applications

 13A large micropores, high-capacity adsorption, suitable for large-scale production Large adsorption dryers, industrial oxygen production projects

Industry Application Guide

1. Insulated Glass Industry

  • Recommended Models: 3A, 4A, 5A
  • Core Function: Dries the gas in the insulated glass interlayer, preventing glass fogging and condensation in low-temperature environments, and extending the service life of glass
  • Application Advantages: High adsorption efficiency, maintaining long-term dryness in the interlayer

2. Compressed Air Treatment (Adsorption Dryers)

  • Recommended Models: 3A, 13X
  • Core Function: Deeply removes moisture from compressed air to prevent rusting of pneumatic equipment and blockage of pipelines
  • Application Advantages: Strong temperature resistance, suitable for the continuous operation of dryers

3. Air Separation and Oxygen Production Industry

  • Recommended Models: 5A, 10X, 13X
  • Core Function: Separates oxygen and nitrogen in air, improving the purity of product gas
  • Application Advantages: Outstanding selective adsorption capacity, ensuring stable quality of gas products

4. Chemical Production

  • Recommended Models: 4A, 5A, 10X
  • Core Function: Dehydrates solvents and purifies reaction gases to prevent impurities from affecting chemical reactions
  • Application Advantages: Good chemical stability, no reaction with most chemical raw materials

Usage and Storage Specifications

1. Preparation Before Use

  • New or regenerated molecular sieves must be cooled to room temperature first
  • Fill quickly in a dry environment to avoid moisture absorption due to long-term exposure

2. Regeneration Conditions (Reusable)

  • Atmospheric pressure environment: Bake at 350℃ for approximately 3 hours
  • Vacuum environment: Dehydrate at 250-300℃ for 1-2 hours
  • After regeneration, cool to room temperature before reuse

3. Long-Term Storage Requirements

  • Must be packaged in a sealed container and stored in a cool, dry and well-ventilated place
  • Do not store with strong oxidants, acids or alkalis to avoid failure of adsorption performance

 

If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.

 

 

 

 

 

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