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Product Description Introduction:
3A Molecular Sieve is an artificially synthesised microporous adsorbent material, primarily composed of silicoaluminates. With a pore size of 3Å (0.3 nanometers), it is specifically designed to adsorb water molecules selectively. It is widely used in applications requiring efficient dehydration while avoiding the adsorption of larger molecules.
Product Features:
Precision Adsorption: Adsorbs only water molecules (diameter 2.8Å) and not larger molecules such as hydrocarbons or CO₂.
High Efficiency in Water Adsorption: Capable of achieving deep drying levels below 10 ppm.
High-Temperature Resistance: Can withstand temperatures up to 350°C.
Reusability: Regenerable through heating, offering long service life and low cost.
Diverse Forms: Available in spherical or cylindrical granules or powder form, suitable for various equipment requirements.
Application Fields:
Petroleum and Chemical Industry: Dehydration of natural gas, LPG, and pyrolysis gases.
Pharmaceutical/Chemical Industry: Drying of solvents (e.g., ethanol, acetone) and moisture protection for pharmaceutical intermediates.
Refrigeration Systems: Drying of refrigerants (e.g., R134a) and preventing ice blockage in automotive air conditioning systems.
Emerging Industries: Dehydration in biodiesel production, moisture protection for electronic components, and drying of insulating glass units.
Core Advantages:
Leveraging its "small pore size" to precisely target water molecules, it offers profound and efficient dehydration and energy efficiency and is a preferred material in industrial dehydration applications.
Storage Conditions:
Store in a sealed container to avoid contact with air or high-humidity environments. Keep in a dry, cool place, away from high temperatures and corrosive substances.
Packaging:
150kg steel drums, 500kg/750kg bulk bags, and 25 kg cartons, with custom options available.
Product Description Introduction:
3A Molecular Sieve is an artificially synthesised microporous adsorbent material, primarily composed of silicoaluminates. With a pore size of 3Å (0.3 nanometers), it is specifically designed to adsorb water molecules selectively. It is widely used in applications requiring efficient dehydration while avoiding the adsorption of larger molecules.
Product Features:
Precision Adsorption: Adsorbs only water molecules (diameter 2.8Å) and not larger molecules such as hydrocarbons or CO₂.
High Efficiency in Water Adsorption: Capable of achieving deep drying levels below 10 ppm.
High-Temperature Resistance: Can withstand temperatures up to 350°C.
Reusability: Regenerable through heating, offering long service life and low cost.
Diverse Forms: Available in spherical or cylindrical granules or powder form, suitable for various equipment requirements.
Application Fields:
Petroleum and Chemical Industry: Dehydration of natural gas, LPG, and pyrolysis gases.
Pharmaceutical/Chemical Industry: Drying of solvents (e.g., ethanol, acetone) and moisture protection for pharmaceutical intermediates.
Refrigeration Systems: Drying of refrigerants (e.g., R134a) and preventing ice blockage in automotive air conditioning systems.
Emerging Industries: Dehydration in biodiesel production, moisture protection for electronic components, and drying of insulating glass units.
Core Advantages:
Leveraging its "small pore size" to precisely target water molecules, it offers profound and efficient dehydration and energy efficiency and is a preferred material in industrial dehydration applications.
Storage Conditions:
Store in a sealed container to avoid contact with air or high-humidity environments. Keep in a dry, cool place, away from high temperatures and corrosive substances.
Packaging:
150kg steel drums, 500kg/750kg bulk bags, and 25 kg cartons, with custom options available.
