High-Strength Activated Alumina Beads
Superior desiccant and catalyst carrier for effective water treatment and gas purification.
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Activated Alumina Beads
These activated alumina beads are a white spherical porous particle with uniform size, smooth surface, and high mechanical strength, boasting excellent water absorption properties. They do not expand or crack after adsorbing moisture, are non-toxic, odorless, and insoluble in water and organic solvents, making them a reliable choice for various purification needs.
- Discover the benefits of activated alumina ball defluorination for safer drinking water.
- Explore the efficiency of activated alumina beads for water treatment applications.
- Learn about the advantages of high strength activated alumina desiccant for industrial drying processes.
- Investigate the use of activated alumina catalyst carrier price for optimizing chemical reactions.
Advantages Offered
Superior Adsorption Capacity
With a large specific surface area of over 300 M²/G and a pore volume exceeding 0.4 M³/g, these beads offer exceptional adsorption capabilities, crucial for effective water adsorption.
High Mechanical Strength
Featuring a crushing strength of at least 30 N/pc for 1-2mm particles, they maintain structural integrity even under demanding conditions, ensuring longevity as a chemical auxiliary.
Excellent Defluorination Performance
These activated alumina balls are highly effective in removing fluoride from water, a key aspect of providing safe drinking water, leveraging their specialized adsorbent properties.
Key Applications
Water Purification
Utilized as a high-fluoride removal agent, these activated alumina beads are essential for purifying drinking water, effectively removing fluoride and heavy metals.
Gas Drying
Their strong water adsorption capacity makes them an ideal desiccant for drying gases in various industrial processes, ensuring optimal performance.
Catalyst Support
Serving as a robust catalyst carrier, they provide a large surface area for catalytic reactions, enhancing efficiency in chemical processes.
Chemical Auxiliaries
Applied across diverse industries as chemical auxiliaries, including in rubber, plastics, coatings, textiles, paper, and surfactants, demonstrating their versatility.