The ceramic wear-resistant composite board adopts an advanced thermal vulcanization process to vulcanize toughened wear-resistant ceramics and rubber together to form a square ceramic rubber composite body, which depends on welding (three-in-one series) or high-strength adhesive bonding ( The two-in-one) method is fixed on the protective surface of the equipment to form a strong and cushioning anti-wear layer. It combines the advantages of high hardness of ceramics and high cushioning and anti-fatigue properties of rubber, and can well solve the problem of equipment wear resistance during the transportation of bulk materials. The addition of rubber, in addition to having good anti-wear and anti-corrosion effects, can also prevent production shutdown due to material accumulation and reduce noise.
Ceramic wear-resistant composite panels are mainly used in coal conveying and ash discharge systems in thermal power plants, as well as in metallurgical iron and steel industry, such as conveying, batching silos, hoppers and other equipment. It can solve the use of batching conveying system due to large material drop and strong impact The problem of low life; at the same time, the ceramic rubber composite liner can be twisted and cut, which is suitable for the installation of various special-shaped equipment.
Scope of application:
The ceramic wear-resistant composite board combines the high wear resistance of ceramics and the impact resistance of rubber, and is suitable for anti-wear of material conveying system equipment. Such as coal falling hopper, falling coal pipe, ball mill inlet and outlet pipes, etc. It can also be applied to the coal conveying system of thermal power plants and the sintering plants of metallurgy and steel systems, the hoppers and silos of the batching system and other parts with high drop and high impact.
By changing the rubber formula, a wear-resistant ceramic liner with special properties can be obtained, which can be used for anti-wear equipment in different environments and working conditions.
