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Product Introduction:
Molecular Sieve Activated Zeolite Powder is made from molecular sieve raw powder through high-temperature calcination. It has high dispersibility and rapid adsorption capabilities, enhancing material uniformity and strength while preventing foam formation and extending service life. It is available in models including 3A, 4A, 5A, and 13X.
Product Features:
High Dispersibility: Ultra-fine powder form, readily dispersible in resins, coatings, adhesives, etc.
Rapid Adsorption: Capable of quick adsorption.
Strong Compatibility: Resistant to acids and alkalis, with a maximum temperature tolerance of 350°C, compatible with most polymers.
Customizable Functionality: Different pore sizes can be selected based on needs (e.g., 3A for water adsorption, 13X for significant molecule adsorption).
Application Fields:
Coatings and Adhesives: Added to paints, sealants, and insulating glass sealants to prevent curing bubbles or mold in coatings.
Plastics and Packaging: Incorporated into films and engineering plastics to enhance moisture resistance and anti-aging properties (e.g., for electronic component packaging).
Pharmaceuticals and Food: Used as a desiccant in medicine bottles and food packaging to maintain dryness.
Catalysis and Energy: Serves as a catalyst carrier or additive in electrode materials (e.g., for moisture protection in lithium battery separators).
Research Field: Used in laboratories for rapid drying environment preparation or as an adsorbent for analytical testing.
Core Advantages:
In "powder" form, it breaks the limitations of traditional granules, achieving embedded adsorption within material systems, making it a high-performance composite material.
Storage Conditions:
Store in vacuum-sealed packaging to avoid contact with air or high-humidity environments. Use immediately after opening.
Packaging:
Inner packaging is vacuum aluminium foil bags, with custom options available.
Product Introduction:
Molecular Sieve Activated Zeolite Powder is made from molecular sieve raw powder through high-temperature calcination. It has high dispersibility and rapid adsorption capabilities, enhancing material uniformity and strength while preventing foam formation and extending service life. It is available in models including 3A, 4A, 5A, and 13X.
Product Features:
High Dispersibility: Ultra-fine powder form, readily dispersible in resins, coatings, adhesives, etc.
Rapid Adsorption: Capable of quick adsorption.
Strong Compatibility: Resistant to acids and alkalis, with a maximum temperature tolerance of 350°C, compatible with most polymers.
Customizable Functionality: Different pore sizes can be selected based on needs (e.g., 3A for water adsorption, 13X for significant molecule adsorption).
Application Fields:
Coatings and Adhesives: Added to paints, sealants, and insulating glass sealants to prevent curing bubbles or mold in coatings.
Plastics and Packaging: Incorporated into films and engineering plastics to enhance moisture resistance and anti-aging properties (e.g., for electronic component packaging).
Pharmaceuticals and Food: Used as a desiccant in medicine bottles and food packaging to maintain dryness.
Catalysis and Energy: Serves as a catalyst carrier or additive in electrode materials (e.g., for moisture protection in lithium battery separators).
Research Field: Used in laboratories for rapid drying environment preparation or as an adsorbent for analytical testing.
Core Advantages:
In "powder" form, it breaks the limitations of traditional granules, achieving embedded adsorption within material systems, making it a high-performance composite material.
Storage Conditions:
Store in vacuum-sealed packaging to avoid contact with air or high-humidity environments. Use immediately after opening.
Packaging:
Inner packaging is vacuum aluminium foil bags, with custom options available.
