Product Name
Product Description
Main use
Material
Product Description:
Aluminum hydroxide is produced using the internationally advanced alcohol salt hydrolysis method, characterized by high purity, low bulk density, large pore volume, high specific surface area, and good gelation properties.
Main purpose:
1. Sapphire Crystal 2. Catalyst 3. Colorant 4. Stabilizer 5. Flame Retardant
Product Description:
High-purity alumina powder prepared by the alcohol salt method has a high purity (≥99.999%), good product stability, and can produce large-sized, high-quality sapphire crystals.
Main purpose:
1. Sapphire single crystal, crystal rod 2. Transparent ceramics 3. Laser crystals and synthetic gemstones 4. Membrane coatings 5. LED, rare earth tricolor phosphors
Product Description:
The preparation of high-purity alumina using the alcohol salt hydrolysis method, followed by the shaping process to produce high-purity alumina spheres, results in alumina spheres with high purity and high density, among other advantages.
Main purpose:
1. Sapphire single crystal 2. LED substrate wafer 3. Missile nose cone 4. Smartphone cover glass
Product Description:
High-purity alumina powder is white and powdery, with a large specific surface area, easy to disperse, and can dissolve in strong acid and strong alkali solutions. It has strong hygroscopicity in the air and is also known as active alumina.
Main purpose:
1. Catalyst and its support 2. Chromatographic agent 3. Adsorbent 4. Desiccant
Product Description:
Alumina grinding balls have characteristics such as high purity, high hardness, high density, low wear, smooth surface, and corrosion resistance. They are the most ideal grinding medium for grinding glazes, raw materials, and various powdered materials. They are widely used in industries such as ceramics, cement, coatings, refractory materials, and inorganic mineral powders as linings and grinding media in ball mills.
Main purpose:
1. Ball mill grinding media 2. Sand mill grinding media 3. Jar mill grinding media
Product Description:
Lithium battery separator series products, coated with a ceramic layer on the separator between the positive and negative electrodes of lithium batteries, serve to provide heat resistance, high-temperature resistance, and insulation, thereby preventing short circuits in power batteries due to excessive temperatures causing the separator to melt. Features: 1. High purity, non-toxic, harmless, and environmentally friendly; 2. Excellent high-temperature resistance, making it a ceramic isolator with outstanding insulation properties; 3. Moderate particle size, with an average particle diameter of 50.
Main purpose:
1. Lithium battery separator coating 2. Transparent ceramics 3. Polishing abrasives
Product Description:
White translucent block or cylindrical small pieces, with a density of 1.035 g/cm³. Soluble in ethanol, isopropanol, benzene, toluene, chloroform, and carbon tetrachloride. Hygroscopic, decomposes into aluminum hydroxide and isopropanol upon contact with water.
Main purpose:
Hormonal pharmaceutical intermediates such as phytosterol, testosterone, Wolff's oxide, progesterone, androstenedione, and progestin, are one of the raw materials for aluminum acid ester coupling agents used in rubber and plastic processing. Additionally, they are raw materials for ink thickeners - aluminum fatty acid oxohexane compound AOC18, and are also used as active catalysts and carriers, inorganic membranes, and are suitable as reducing agents, dehydrating agents, and waterproofing agents.
Product Description:
White translucent block or cylindrical small pieces, with a density of 1.035 g/cm³. Soluble in ethanol, isopropanol, benzene, toluene, chloroform, and carbon tetrachloride. Hygroscopic, decomposes into aluminum hydroxide and isopropanol upon contact with water.
Main purpose:
Hormonal pharmaceutical intermediates such as phytosterol, testosterone, Wolff's oxide, progesterone, androstenedione, and progestin, are one of the raw materials for aluminum acid ester coupling agents used in rubber and plastic processing. Additionally, they are raw materials for ink thickeners - aluminum fatty acid oxohexane compound AOC18, and are also used as active catalysts and carriers, inorganic membranes, and are suitable as reducing agents, dehydrating agents, and waterproofing agents.