Zirconium-aluminum composite ceramic liner - tougher and more wear-resistant
When it comes to zirconium-aluminum composite wear-resistant ceramic linings, we must first talk about zirconium-aluminum composite wear-resistant ceramics. It is an engineering ceramic material composed of zirconia and alumina, which has both the high performance of zirconia and the low cost of alumina ceramics. Therefore, it is considered by the ceramic material industry as a cost-effective engineering ceramic with a wide range of applications, and has become a popular product in the material industry.
Zirconium-aluminum composite wear-resistant ceramics generally refer to zirconia toughened alumina ceramic materials. With the development of nano-ceramic material processing technology, obstacles have been removed for the manufacture of zirconium-aluminum composite ceramics, and its comparative advantages have become increasingly obvious. Moreover, in many fields of the national economy, such as mining and the preparation of inorganic non-metallic materials, ultra-fine grinding methods are mostly used. At the same time, in order to avoid iron pollution, reduce processing costs, and improve the quality of processed products, steel materials are used in grinding equipment. The wear-resistant liners, conveying pipelines, steel ball grinding media, etc., are being replaced by ceramic materials. Among these ceramic materials, the new generation of ZTA zirconium-aluminum composite ceramic lining bricks and linings are widely used and cost-effective products. It is becoming a popular material for research and production of structural ceramics.
Application areas:
It is widely used in material conveying equipment, hoppers, pipes, elbows, valves, fan blades, chutes, ball mills, feeders, powder separation equipment, ball milling equipment, etc. Anti-wear condition.
The zirconium-aluminum composite ceramic lining is more impact-resistant and wear-resistant than the alumina ceramic lining, and the ZTA ceramic has stronger toughness and higher hardness
