Alumina Ceramic Grinding Balls: High-Purity, Wear-Resistant Grinding Media [06-10 10:27]

Alumina ceramic grinding balls are a cornerstone of modern industrial milling and dispersion processes. Engineered from high-purity aluminum oxide, these balls deliver exceptional hardness, chemical inertness, and remarkable resistance to wear and corrosion. Widely adopted across industries such as mining, ceramic tile manufacturing, coatings, pigments, and pharmaceuticals, they significantly outperform traditional grinding media like natural pebbles or steel balls. As global demand for finer pa

Visit Us at UGOL ROSSII & MINING 2026 – Booth 1-D22 [05-22 09:23]

Meet Pingxiang Chemshun Ceramics Co.,Ltd at UGOL ROSSII & MINING 2026 to explore industrial wear-resistant ceramics. June 2-5, Novokuznetsk, Russia. Booth 1-D22.

Application of Wear-Resistant Alumina Ceramic Lining Bricks in Ball Mills [05-14 14:31]

Wear-resistant alumina ceramic lining bricks are manufactured from high-purity alumina (Al?O? content ≥92%) through high-temperature sintering. They exhibit a Mohs hardness of 8-9, bulk density ≥3.60 g/cm3, and water absorption ≤0.01%. Their wear resistance is 266 times that of manganese steel and 172 times that of chromium steel. Suitable for ball mill shell linings, these bricks significantly reduce impact wear on the mill shell from grinding media and prevent ferrous contamination of material

Core Performance Advantages of Wear-Resistant Alumina Ceramics [05-08 10:15]

Made from high-purity α-Al2O3 and sintered at 1600–1800°C, wear-resistant ceramics? offer ultra-high hardness, excellent high-temperature resistance, chemical stability, and lightweight benefits. They are ideal for industrial equipment protection, effectively solving wear-related issues and promoting the upgrade of various industries toward high efficiency, energy saving, and low carbon. The outstanding performance of alumina wear-resistant ceramics is the foundation for their adaptability to e

Wear-resistant Alumina Ceramic Beads: Performance Parameters and Industrial Applications [04-23 10:23]

Wear-resistant alumina ceramic beads are manufactured from high-purity α-alumina (Al2O3 content ≥92%) through rolling or isostatic pressing, followed by sintering at 1600-1700℃. The resulting dense microstructure with grain size controlled between 2-5μm provides excellent impact resistance and wear resistance, making them suitable for various fine grinding and dispersion processes.

Wear-resistant Ceramic Rubber Steel Three-in-one Lining Plate - Composite Wear-resistant Lining Solution [04-17 10:09]

The three-in-one wear-resistant lining plate is a functional composite made of high-strength alumina ceramic, elastic rubber layer, and mild steel plate via hot vulcanization or adhesive bonding. The ceramic layer (Al?O? content ≥92%, HRA hardness ≥85) provides surface abrasion resistance; the intermediate rubber layer (Shore A hardness 60±5, tensile strength ≥12 MPa) absorbs impact loads and reduces noise; the steel plate layer (Q235B, thickness 3-10 mm) serves as a structural base for bolt or

Wear-Resistant Alumina Ceramic Cuttable Perforated Plate: High Hardness and Customizable Processing Solution [04-09 11:31]

The wear-resistant alumina ceramic cuttable perforated plate is a functional ceramic sheet made from high-purity alumina (Al?O?) through high-temperature sintering, offering excellent wear resistance and impact strength. While retaining the high hardness of alumina ceramics, this product allows precise cutting and hole drilling using laser or diamond tools, making it suitable for applications such as mineral sorting, material conveying, wear-resistant linings, and chemical filtration. Standard a

Application of Wear-Resistant Alumina Ceramic Lined Engineering Equipment [03-19 09:03]

Wear-resistant alumina ceramic liners are functional structural components sintered at high temperatures using high-purity aluminum oxide (Al?O? 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 t

Advanced Ballistic Ceramic Materials:Properties and Applications of Alumina, Silicon Carbide, and Silicon Nitride [03-11 19:07]

In the field of modern protective technology, advanced ceramic materials have become a core component of composite armor systems due to their excellent mechanical properties. Ballistic ceramics function through their ultra-high hardness and compressive strength, creating "erosion" and "blunting" effects upon high-velocity projectile impact, effectively dissipating kinetic energy. Currently, the three most widely used types are high-purity alumina (Al?O?), silicon carbide (SiC), and silicon nitri

Wear-Resistant Alumina Ceramic Perforated Plate (Holed Lining Brick): Technical Specifications and Industrial Applications [03-05 18:57]

Wear-resistant alumina ceramic perforated plates, also known as holed lining bricks, are structural ceramic components engineered for high-wear conditions. These products are manufactured using high-purity alumina (Al?O?) as the main raw material, formed through high-pressure molding and high-temperature sintering, resulting in extremely high hardness and density . A defining feature is the presence of regularly spaced pre-drilled mounting holes, which not only facilitate secure attachment to eq

Pingxiang Chemshun Ceramics Provides Customizable Shapes of Wear-Resistant Alumina Ceramic Liners [02-24 17:23]

Pingxiang Chemshun Ceramics Co.,Ltd, a specialized manufacturer based in Jiangxi Province with over 24 years of industry experience, focuses on the production of wear-resistant alumina ceramic products. The company offers a comprehensive range of products including Wear Resistant Ceramic Liner,Ceramic Pipe,Ceramic Rubber Composition Ceramic Rubber Steel,Zta Ceramic,Completed Equipments Ceramic Lining Steel Paint,Ceramic Grinding Media,99.7%Alumina Ceramic Wafer Polishing Plate and Chemical Tower

Chemshun 2026 Chinese New Year Holiday Notice [02-11 17:50]

Dear Customers/Partners,Greetings! Thank you for your continuous support and trust in our company. As the 2026 Chinese New Year approaches, all staff of Pingxiang Chemshun Ceramics Co.,Ltd extend our sincerest wishes to you.

Wear-Resistant Alumina Ceramic Lined Pipe: The Core of Industrial Wear Solutions [02-06 21:44]

The wear-resistant alumina ceramic lined pipe is a high-performance engineered material specifically designed for extreme abrasion environments. It is manufactured by securely lining the interior of a steel pipe with a high-purity alumina ceramic layer, combining the mechanical strength of metal with the exceptional wear resistance of ceramics. Typical products contain 92% to 99.5% alumina (Al?O?), with a Rockwell hardness (HRA) reaching 80-90, second only to diamond. This structure ensures that

Ceramic Drum Lagging: The High-Performance Solution for Extreme Conditions [01-23 18:03]

Ceramic drum lagging is an advanced surface treatment technology designed specifically for harsh industrial environments. It involves vulcanizing highly wear-resistant alumina ceramic tiles into specially formulated rubber sheets to create a composite liner, which is then securely bonded to the metal drum surface. The core principle of this technology lies in combining the elastic cushioning of rubber with the exceptional wear resistance of ceramics. It typically achieves a dry coefficient of fr

99.7% Alumina Ceramic Grinding Disc: High-Precision Grinding Solution [01-18 18:41]

A ceramic grinding disc with 99.7% alumina content is a high-performance precision grinding tool. Its main component is high-purity α-alumina, with a density typically ≥3.89 g/cm3 and a Rockwell hardness of HRA85 or above. This material exhibits an extremely low wear rate, uniform structure, and high chemical stability, showing almost no reaction with common acids, alkalis, and solvents, thereby preventing contamination during the grinding process.