Alumina ball for small white spherical particles, the same soft, burst in the water, has very strong adsorption to fluorine, mainly applied in the high fluoride fluoride in drinking water, elimination of skeletal fluorosis. Is a porous high dispersion of solid materials, main ingredients for alumina (92% or higher), product than major, can greatly improve the grinding efficiency. Alumina ball for non-metallic mineral powder (such as zirconium silicate, etc.), kaolin, calcium carbonate and the electronics industry, deep processing of non-metallic minerals, building sanitary ceramics, coatings, printing ink, paper making, packing materials, dyes and other industries grinding and dispersing and polishing of metal parts used; Used for grinding and polishing equipment; Used for liquid fluorine and arsenic removal; Used for water treatment adsorbent. Alumina ball for non-metallic mineral powder (such as zirconium silicate, etc.), kaolin, calcium carbonate and the electronics industry, deep processing of non-metallic minerals, building sanitary ceramics, coatings, printing ink, paper making, packing materials, dyes and other industries grinding and dispersing and polishing of metal parts to use, suitable for grinding and polishing equipment. 1, alumina ball in the petroleum chemical industry, fertilizer industry, widely used as catalyst and catalyst carrier. 2, activated alumina fluoride in sex, and thus used as a drinking water fluoride agent, color and smell eliminating agent of industrial wastewater, etc. 3, oxygen, hydrogen, carbon dioxide pollution adsorption oil steam, gas, etc, and can be used as a catalyst, catalyst carrier, and chromatography carrier. 4, activated alumina absorbent, desiccant and also can make water absorbing capacity, fast drying speed, can reproduce baking (400-500 k) and water absorption expansion, no crack, no deformation. 5, activated alumina in monolithic refractories ingredients can improve the body density, mobility, strength, improve the secondary mullite generation, reduce the water content and porosity.