There are many names and terms used in the market for wear-resistant ceramic tile adhesives, making it difficult for users to choose. In fact, the formula of wear-resistant ceramic tile adhesive consists of a main agent and auxiliary agents.
Currently, the main agent typically includes an epoxy resin mixture as the A component of the adhesive, along with toughening agents, diluents, alumina powder, quartz powder, heavy calcium carbonate, and fumed silica. The B component includes a ceramic bonding-specific epoxy curing agent, epoxy accelerator, silane coupling agent, alumina powder, quartz powder, heavy calcium carbonate, and fumed silica. By adjusting the proportion of these ingredients, a wear-resistant ceramic tile adhesive can be obtained that is suitable for tile installation.
Wear-resistant ceramic tile adhesives are classified by their usage temperature:
1、Room-temperature wear-resistant ceramic tile adhesive is used for sticking tiles on equipment surfaces that are subject to ash powder flushing at temperatures below 120°C or exposed to strong material flushing or erosion wear. These tiles are applied to both the top and vertical surfaces of the equipment. The initial adhesive strength is strong, and no magnets or other support measures are required during construction to prevent detachment.
2、High-strength wear-resistant ceramic tile adhesive has high bonding strength and toughness and is suitable for adhering to fan impellers and coal mill outlet wear-resistant pipes. They are also applicable to ash powder flushed equipment such as mid-speed coal mill cones, coarse powder separators, powder discharge fans, coal powder pipelines, and devices exposed to strong material flushing or erosion wear in steel, cement, chemical, and other industries.
3、High-temperature wear-resistant ceramic tile adhesive, or silicone adhesive, has high bonding strength and toughness and is suitable for adhering to wear-resistant ceramic tiles in working conditions below 260°C. It is also suitable for bonding and repairing mechanical parts under high-temperature conditions. The ceramic adhesive is developed from modified silicone rubber with high bonding strength and toughness, making it suitable for adhering to wear-resistant ceramic tiles. It has a strong bonding force with metals, cement, ceramics, and other materials, and is particularly suitable for use in complex environments under high-temperature conditions. This type of adhesive is used for adhering wear-resistant ceramic tiles on equipment exposed to material flushing or erosion wear at high-temperature working conditions in industries such as power, metallurgy, cement, and mining, or for bonding metal-to-metal under other high-temperature working conditions.
4、Ultra-high temperature ceramic tile adhesive is an inorganic adhesive used for bonding and sealing between metals and other inorganic materials. This high-temperature adhesive can withstand temperatures of 800-1300°C and is made from high-temperature solutions and inorganic nano-materials through condensation reactions. By selecting the appropriate ingredient ratio and preparation process parameters, the bonding agent is a neutral suspension dispersion system with strong bonding force and no corrosive effect on the metal substrate. The coating has a wide range of application temperatures and can maintain good bonding performance and corrosion resistance at high temperatures up to 1600°C, with a long service life.
In summary, wear-resistant ceramic tile purchasers should choose the appropriate wear-resistant ceramic tile adhesive based on the working temperature of their wear-resistant engineering projects. By using wear-resistant ceramic tile adhesive, high-purity wear-resistant ceramic tiles can be firmly bonded to equipment surfaces subject to severe material flushing, extending the service life of these machines while reducing maintenance costs and minimizing production losses due to downtime.
Ultra-high temperature ceramic tile adhesive is an inorganic adhesive used for bonding and sealing between metals and other inorganic materials. This high-temperature adhesive can withstand temperatures of 800-1300°C and is made from high-temperature solutions and inorganic nano-materials through condensation reactions. By selecting the appropriate ingredient ratio and preparation process parameters, the bonding agent is a neutral suspension dispersion system with strong bonding force and no corrosive effect on the metal substrate. The coating has a wide range of application temperatures and can maintain good bonding performance and corrosion resistance at high temperatures up to 1600°C, with a long service life.
In summary, wear-resistant ceramic tile purchasers should choose the appropriate wear-resistant ceramic tile adhesive based on the working temperature of their wear-resistant engineering projects. By using wear-resistant ceramic tile adhesive, high-purity wear-resistant ceramic tiles can be firmly bonded to equipment surfaces subject to severe material flushing, extending the service life of these machines while reducing maintenance costs and minimizing production losses due to downtime.
