With the advancement of technology, ceramic anti-wear technology has been widely recognized and proven to have excellent anti-wear effects in practical applications. The hardness of alumina ceramics is extremely high, far exceeding that of general alloys. Therefore, in heavy wear industries such as steel, electricity, cement, lithium battery powder transportation, and mining docks, ceramic anti-wear technology helps many enterprises save costs and improve efficiency. However, in the process of ceramic anti-wear, there may occasionally be problems with ceramic pieces falling off, which has caused difficulties for many enterprises. So, how can we effectively solve the problem of ceramic detachment?
Analysis of the causes of ceramic detachment
Normally, correctly installed wear-resistant ceramic tiles rarely come off. But if it is in extremely harsh environments such as high temperatures, strong impacts, etc., the problem of detachment is prone to occur. Especially in high-temperature environments, ceramic adhesives may fail or their viscosity may decrease, and other installation methods may also be significantly affected by temperature.
Strategies for solving the problem of ceramic detachment
✅During the installation of ceramic tiles, the properties of materials such as adhesives, screws, and dovetail guides directly affect the firmness of the tiles, especially the significant difference in adhesive viscosity, which directly affects the possibility of tile detachment. The combination of high-quality screws and ceramic caps, as well as high-quality dovetail guides, can effectively reduce the detachment of ceramic pieces. Therefore, selecting high-quality installation materials is one of the key measures to reduce the detachment of ceramic tiles.
✅During the installation process, it is necessary to strictly follow the operating procedures. Our company's installation workers have developed a complete installation process based on their practical experience and theoretical knowledge. Strictly following this process can effectively reduce the occurrence of ceramic wafer detachment.
