Wear-resistant ceramic liners have high strength, wear resistance, convenient installation, high-cost performance, high-temperature, and corrosion resistance. Wear-resistant ceramic liners can be divided into the following categories according to different processes.
Paste-type wear-resistant ceramic liner: The paste-type wear-resistant ceramic liner is pasted on the inner surface of the facility with ceramic glue. This method is suitable for large-scale construction and saves maintenance time. It is suitable for use in working conditions with low temperatures;
Stud-welded wear-resistant ceramic liner: The stud-welded wear-resistant ceramic liner is welded to the machine and equipment according to the welding hole on the wear-resistant ceramic, and pasted with strong glue to To achieve the effect of two-layer reinforcement, it can withstand the high temperatures of about 600 degrees Celsius, but the construction space is required to be large, and the wear resistance is strong;
Dovetail strip card slot type wear-resistant ceramic lining plate: The dovetail slot ceramic lining plate fixes the dovetail ceramic lining plate on the facilities that need anti-wear according to the stainless steel plate slide rail. When applying, weld the dovetail rail to the position that needs anti-wear, and manipulate the spacing to ensure the gap between the ceramics. The unique ceramic card with dovetail slots is then attached to the slide rail, and the ceramic is attached along the rail orientation for installation. It can withstand high temperatures of 900 degrees Celsius and is suitable for working conditions with large impact or high temperatures.
Because of their excellent wear resistance, wear-resistant ceramic linings are widely used in thermal power plants, cement, steel, ports, mining, construction machinery, smelters, and other fields.
