Pingxiang Chemshun Ceramics Co.,Ltd

High alumina ceramic balls are precision ceramic grinding media manufactured from α-alumina (Al₂O₃) as the primary raw material through high-temperature calcination. Typical alumina contents are 92%, 95%, or 99%, corresponding to density ranges of 3.60–3.90 g/cm³ and water absorption below 0.01%. Their dense crystalline structure yields a Vickers hardness (HV) of 1300–1500, imparting excellent wear resistance and chemical stability. In terms of grinding efficiency and energy consumption control, the wear rate of high alumina ceramic balls is typically ≤0.01‰ (calculated per ton of material per hour), significantly lower than that of natural pebbles and conventional zirconium silicate balls. Their low self-wear also effectively reduces iron contamination during the grinding process, making them suitable for powder processing applications with strict requirements for color and purity. These products are widely used in wet and dry ball milling processes across industries such as non-metal...

In the fields of mining, cement, power generation, and heavy machinery engineering, wear and tear on equipment components directly lead to decreased production efficiency and increased maintenance costs. As a high-performance anti-wear solution, the wear-resistant alumina ceramic dimple liner significantly extends the service life of equipment through its composite structural design. Typically manufactured from high-purity alumina (Al₂O₃) with a content of ≥92%, these liners are sintered using a high-temperature dry-pressing process, resulting in high density and a uniform microstructure . The core technology of this product lies in its "dimple" or "bump" geometric surface design and reliable physical properties. The dimple structure effectively increases the point contact pressure between the material and the liner surface, which helps break the air film between the material and the wall in conveying or chute systems, thereby improving material flow and preventing ...

Wear-resistant alumina ceramic liners are functional structural components sintered at high temperatures using high-purity aluminum oxide (Al₂O₃ content typically ranging from 90% to over 99%). The manufacturing process often involves isostatic pressing and controlled sintering exceeding 1430°C to ensure a dense microstructure with micron-scale grain sizes. Due to its crystalline structure, the material exhibits high hardness, generally achieving a Rockwell hardness (HRA) of 85-90, second only to diamond. Designed as liners, they are fabricated into forms such as plates, tiles, or tubes and installed inside equipment via mechanical fixation or specialized adhesives to establish a highly wear-resistant operational interface. In the field of engineering equipment, the core advantage of these liners lies in their exceptional wear and corrosion resistance. Under operating conditions such as ore crushing, powder conveying, and slurry handling, the bare metal substrate of equipment directly ...