Insulating Glass Molecular Sieve Adsorption Desiccant

Insulating Glass Molecular Sieve Adsorption Desiccant

We possess exceptional molecular sieve processing and customization capabilities, with ten 10-ton production lines and an annual output capacity exceeding 50,000 tons. As a leading domestic supplier, our high-quality products are distributed to over 140 countries worldwide.

Product
Color	Shape	Type/Model	Bulk Density (g/ml)	Attrition Rate (%)	Compressive Strength (N)	Static Water Adsorption (%)	Package Water Content (%)
Beige	Regular Spherical	3A	≥0.72	≤0.20	≥100	≥21.0	≤1.0
Beige	Regular Spherical	4A	≥0.72	≤0.20	≥100	≥22.0	≤1.0
Beige	Regular Spherical	5A	≥0.72	≤0.20	≥100	≥22.0	≤1.0
Beige	Regular Spherical	13X	≥0.70	≤0.20	≥85	≥25.0	≤1.0
Beige	Regular Spherical	13X-APG	≥0.72	≤0.20	≥100	≥25.0	≤1.0

Product Description:

Product Categories:

1. 3A Molecular Sieve
Precisely selective for water removal; widely used for deep drying of various mixed gases or solvents and preparation of anhydrous solvents.

2. 4A Molecular Sieve
The most widely used desiccant in the chemical and petroleum industries for deep water removal of organic gases and separation of mixed gases. Can achieve drying dew points below -60°C.

3. 5A Molecular Sieve
Larger pore size enhances adsorption. Commonly used for purifying and adsorbing impurities in mixed gases, drying chemical gases, and separating waste gases.

4. 13X Molecular Sieve
Pore size expanded to 1 nanometer, improving impurity adsorption for decarbonization and desulfurization in mixed gases. Suitable for air compressor drying agents, achieving dew points up to -120°C.

5. APG Molecular Sieve
Specifically designed for cryogenic air separation, with stronger adsorption of water and CO₂ to prevent freezing during the cryogenic process.

Molecular Sieve detail2.jpg

Features:

Long Service Life: Saturation allows repeated regeneration for stable, long-term use.
High Compression Resistance: Standardized production ensures stable quality, excellent strength, and durability without fragmentation.
Strong Adsorption Activity: Far exceeds national standards, with adsorption precision reaching parts per million (ppm).

Molecular Sieve detail3.jpg