Wear-resistant ceramic tiles are block-shaped wear protection materials made primarily from alumina and fired at high temperature. They are used to protect equipment surfaces and reduce wear caused by material abrasion and impact. They offer high hardness and good chemical stability, making them suitable for various industrial environments.

Material Properties

High hardness: The ceramic surface resists scratching by hard particles.

Light weight: Compared with metallic wear-resistant materials, ceramic tiles have lower density.

Corrosion resistance: They offer good resistance to acids, alkalis, and other media.

Temperature resistance: They maintain performance under certain elevated temperatures.

Applications

Wear-resistant ceramic tiles are commonly used in hoppers, chutes, pipes, fans, and separators in industries such as thermal power, steel, cement, and mining.

Installation and Maintenance

Wear-resistant ceramic tiles are usually bonded, bolted, or welded to a metal substrate. The substrate surface should be cleaned and kept flat and dry before installation. Routine maintenance should check for loose or damaged tiles and replace them promptly.

Selection Considerations

Tile thickness and fixing method should be selected according to material particle size, impact angle, flow velocity, and temperature. High-impact areas may use thicker tiles or composite structures.

Wear-resistant ceramic tiles provide a reliable wear protection method for industrial equipment. Proper selection and installation can extend equipment service life and reduce maintenance frequency.