Monolithic Refractories in the metallurgical industry: an important role in protecting high-temperature equipment

In the metallurgical industry, the use of Monolithic Refractories plays an indispensable role in the lining and masonry of equipment such as steelmaking furnaces, electric furnaces and converters. These equipment are subjected to extreme conditions such as high temperatures, chemical corrosion and mechanical action, thus placing stringent requirements on the performance of refractory materials.
The steelmaking furnace is the key equipment for smelting and refining pig iron or scrap steel into various steel products. Inside the steelmaking furnace, high-temperature molten metal and slag will cause severe erosion and corrosion of the lining materials. Therefore, it is necessary to use amorphous refractory materials with excellent fire resistance and corrosion resistance for lining and masonry. These materials usually need to have high refractory acid resistance, excellent high temperature resistance and slag resistance to ensure that they can maintain structural stability and durability at high temperatures.
Electric furnace is one of the commonly used smelting equipment in the metallurgical industry. It uses electric energy to heat scrap steel or other metal materials to a high temperature for smelting. Inside the electric furnace, due to high temperature and chemical reactions, a large amount of gas and slag will be produced, causing serious erosion of the lining material. Therefore, choosing amorphous refractory materials with excellent fire resistance for the lining and masonry of electric furnaces can extend the service life of the equipment and improve production efficiency.
The converter is an important equipment used in the smelting and refining process. During the working process of the converter, high-temperature metal liquid and slag will cause serious erosion of the inner wall of the converter. Therefore, it is necessary to choose amorphous refractory materials with good fire resistance and corrosion resistance. Lining and masonry. These materials usually need to have high-temperature strength, thermal shock resistance and chemical stability to ensure the normal operation and long-term stability of the converter.
Monomorphous refractory materials play an important role in equipment such as steel-making furnaces, electric furnaces and converters in the metallurgical industry. Choosing the Monolithic Refractories can not only protect the inner wall of the equipment from high temperature and corrosion, extend the service life of the equipment, but also improve production efficiency and contribute to the development of the metallurgical industry.

High-temperature Mortar, High-temperature Binder
High bonding strength of binder, strong binding force under high temperature, and no pollution to the environment, great integrity of the lining for the high-temperature plaster masonry, and strong tightness.