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Latest articles
- Application of Wear-Resistant Alumina Ceramic Lined Engineering Equipment
- Advanced Ballistic Ceramic Materials:Properties and Applications of Alumina, Silicon Carbide, and Silicon Nitride
- Wear-Resistant Alumina Ceramic Perforated Plate (Holed Lining Brick): Technical Specifications and Industrial Applications
- Pingxiang Chemshun Ceramics Provides Customizable Shapes of Wear-Resistant Alumina Ceramic Liners
- Chemshun 2026 Chinese New Year Holiday Notice
- Wear-Resistant Alumina Ceramic Lined Pipe: The Core of Industrial Wear Solutions
- Ceramic Drum Lagging: The High-Performance Solution for Extreme Conditions
- 99.7% Alumina Ceramic Grinding Disc: High-Precision Grinding Solution
- Alumina Ceramic Liners: A Reliable Anti-Wear Solution for Mill Equipment
- Alumina Ceramic Grinding Balls: High-Performance Grinding Media
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Production Steps of Wear Resistant Alumina Ceramics
Wear resistant alumina ceramics are the most detailed and widely used industrial ceramics. Due to their own properties, especially high temperature performance and chemical properties, they are excellent and stable. They are widely used in thermal power, steel, smelting, and mining. In the transportation system of powder or fluid in other industries, traditional metal and organic materials are gradually replaced.
The following introduces the production steps of Chemshun wear resistant alumina ceramics:
1.Through the company’s formula, high-quality powders such as fine alumina and kaolin are mixed,and then put into a ball mill, and the raw materials are ball-milled to ultra-fine particles with a particle size of 1.8um;
2.After detecting the slurry fineness, slurry particle size, moisture content, and the time of passing the flow meter with professional equipment, put the qualified slurry into the slurry tank;
3.The slurry in the slurry tank is sucked into the spray drying tower through the servo system for drying and granulation;
4.Use 40 mesh, 60 mesh, 100 mesh, 120 mesh, and 140 mesh sieves to sieve at one time to gradate the particles and put them in the stale warehouse for homogenization;
5.The body is pressed into the desired shape by pressure molding;
6.After drying, it is fired in a kiln at 1555℃, and finally selected and packed into storage.









