Alumina Ceramic Balls

92% High Microcrystalline Alumina Ceramic Grinding Ball, Diameter 20mm, High Density/Super Wear Resistance PERFORMANCE INDEX (ALUMINA BALL) Product/Performance Index Alumina ball Bulk density(g/cm³) ≥3.65 Rate of Water Absorption(%) ≤0.01 Wear loss(‰) ≤0.03 Color White Moh's Hardness: 9 Remark: Other sizes are available upon requests. STANDARD SIZES OF ALUMINA BALL: Size Tolerance/Size Alumina ball φ15mm----φ20mm ±1 mm φ30mm----φ40mm ±1.5 mm φ50mm----φ60mm ±2 mm MANUFACTURING

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 50mm, High Density/Super Wear Resistance HQ75 series is 1/3 of the wear level of regular 68% aluminum balls. Micro-powder molding and Hollow granulation made our high tech products. The super wear resistance comes from the higher degree of porcelain. During the manufacturing of ceramic products, the grinding efficiency can be greatly improved and the production cost can be reduced. Uses: Suitable for

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 40mm, High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain, which results in higher wear resistance. HQ75 series is 1/3 of the wear level of ordinary aluminum balls. During the manufacturing of ceramic products,

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 40mm,High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain,which results in higher wear resistance. HQ75 series is 1/3 of the wear level of ordinary aluminum balls. During the manufacturing of ceramic products, the

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 40mm, High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain, which results in higher wear resistance. HQ75 series is 1/3 of the wear level of ordinary aluminum balls. During the manufacturing of ceramic products,

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 50mm, High Density/Super Wear Resistance Uses: Suitable for industrial ceramics, ceramic capacitors, ceramic tiles, sanitary ware, etc. Grinding, mixing, crushing and other processes of mineral raw materials. Performance: 1. High-density smooth surface, near-perfect roundness for higher grinding efficiency. 2. Excellent wear resistance and high impact to save your operating costs and reduce pollution. 3.

85% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 20mm, High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain, which results in higher wear resistance. HQ85 series is 1/2 of the wear level of mid-high ordinary aluminum balls. During the manufacturing of ceramic

85% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 1mm-10mm,High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain, which results in higher wear resistance. HQ85 series is 1/2 of the ordinary aluminum balls' wear loss. During the manufacturing of ceramic products,

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 50mm, High Density/Super Wear Resistance HQ75 series is 1/3 of the wear level of regular 68% aluminum balls. Micro-powder molding and Hollow granulation made our high tech products. The super wear resistance comes from the higher degree of porcelain. During the manufacturing of ceramic products, the grinding efficiency can be greatly improved and the production cost can be reduced. Uses: Suitable for

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 40mm, High Density/Super Wear Resistance Hanhai industry co., is currently the largest alumina microcrystalline ceramics manufacturer in China. The manufacturing center covers an area of 100,000 square meters. It has 3 self-developed microcrystalline wear-resistance products production lines and 2 high-temperature roller production lines. Every year, 100,000 tons of alumina microcrystalline balls and 600

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 40mm, High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain, which results in higher wear resistance. HQ75 series is 1/3 of the wear level of ordinary aluminum balls. During the manufacturing of ceramic products,

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 40mm,High Density/Super Wear Resistance Our products made with high-tech processes of micro-powder molding and hollow granulation. The alumina balls and bricks of the microcrystalline structure sintered in the tunnel kiln has a higher degree of porcelain,which results in higher wear resistance. HQ75 series is 1/3 of the wear level of ordinary aluminum balls. During the manufacturing of ceramic products, the

75% Mid-high Microcrystalline Alumina Ceramic Grinding Ball, Diameter 50mm, High Density/Super Wear Resistance HQ75 series is 1/3 of the wear level of regular 68% aluminum balls. Micro-powder molding and Hollow granulation made our high tech products. The super wear resistance comes from the higher degree of porcelain. During the manufacturing of ceramic products, the grinding efficiency can be greatly improved and the production cost can be reduced. Uses: Suitable for