High-temperature glue is a special adhesive that is commonly used in industrial manufacturing and repair areas. Due to its high adhesion capacity and high temperature resistance, it performs well in specific situations. The composition of high-temperature glue varies depending on the kind, but usually includes organic glue components and inorganic glue components.
Organic adhesive components usually include silica, epoxy, etc. Silicone glue has excellent high temperature resistance, waterproof, shockproof, aging resistance and other characteristics, so it is widely used in bonding in various high-temperature environments. Epoxy adhesive has the characteristics of high strength, high adhesion and corrosion resistance, and is suitable for bonding metal, glass, ceramics and other materials.
Inorganic adhesive components usually include copper oxide, alumina, aluminosilicate, water glass, etc. These components have excellent resistance to high temperatures and adhesive properties, and are able to maintain stable performance in high-temperature environments. Copper oxide and alumina can react with other metal oxides to form ceramic materials with high adhesion. Aluminosilicate has the characteristics of high strength, high wear resistance and corrosion resistance, and is suitable for bonding metal, glass, ceramics and other materials. Water glass is an adhesive with high adhesion and water resistance, and is suitable for bonding various materials.
In conclusion, the composition of high-temperature glue varies depending on the kind, but usually includes organic glue components and inorganic glue components. These components have different properties and are able to adapt to different bonding needs in high-temperature environments. If you need to use high-temperature glue, it is recommended to choose the appropriate type of glue according to the specific situation and follow the relevant instructions for use.