Why high temperature resistant glue is a good material for bonding and corrosion resistance?

In the machinery industry, a large number of resistance furnaces and heat treatment furnaces are used. If high-temperature-resistant inorganic adhesives are used, heat loss can be reduced. Due to the high technical requirements for energy-saving protective coatings for the inner walls of furnaces and the complex production processes, there are still relatively few domestic companies that develop and produce high-temperature furnace inner wall coatings.

At present, this adhesive has been successfully used in rotary kilns, drying furnaces, and combustion chambers in the cement industry; heating furnaces and smelting furnaces in the machinery industry; electric furnaces, roasting furnaces, and blast furnaces in the metallurgical and chemical industries; and tunnel kilns in the ceramic industry. ; Boilers and other types of kilns in the thermal power industry.

High-temperature-resistant inorganic adhesives have a wide range of applications and can be applied to metals, graphite, and coatings that form protective layers on the surfaces of various high-temperature-resistant materials. High-temperature-resistant inorganic adhesives are easy to use and are used for direct bonding of high-temperature-resistant materials. The coating can be sprayed directly on the surface of a high-temperature substrate of 400-1000°C. When the water evaporates, the coating will instantly adhere to the surface of the substrate, forming a The high-temperature resistant protective coating is uniform and dense, has good thermal shock resistance, and has a significant protective effect.

At present, the development of a positive structure adhesive and functional adhesive for inorganic adhesives is an emerging industry. This is very beneficial to the development of broad markets such as aerospace, aircraft, automobiles and electronics.