Application of refractory cement in various industries

Metallurgical industry.

Furnace lining material: Refractory cement is widely used in the lining of blast furnaces, electric furnaces, converters and other equipment in the metallurgical industry. It can effectively withstand high temperature environments and erosion by molten metals.Steel smelting: Refractory cement is often used in the lining of steel smelting furnaces, heat treatment furnaces and high-temperature gasification furnaces to provide heat resistance, wear resistance, thermal shock resistance and other properties.

Cement industry.

Rotary kiln lining: In cement production, the rotary kiln is a high-temperature operating environment. Refractory cement is used for the lining of the rotary kiln to prevent the kiln body from being damaged by high temperature or erosion by molten materials.

Glass industry.

Glass melting furnace: The melting furnace temperature in glass production is very high. Refractory cement is used for the lining of the melting furnace, which can withstand the erosion of molten glass and the long-term effect of high temperature.

Ceramic industry.

Firing furnace lining: The firing of ceramic products needs to be carried out at high temperatures. Refractory cement is often used for the lining of ceramic firing kilns to ensure that the kiln is not damaged at high temperatures, and at the same time has certain wear resistance and chemical corrosion resistance.

Chemical Industry.

Chemical Reactors and Heating Furnaces: Refractory cement is used in various chemical reactors, heating furnaces and other equipment. It can withstand chemical corrosion and high temperatures to ensure the stability of the reaction process.

Energy and Petroleum Industry.

Coal-fired Boilers, Petroleum Cracking Furnaces: Refractory cement is also widely used in high-temperature equipment such as boilers, heating furnaces, and burners to provide long-term high-temperature protection.

Waste Incinerators and Waste Heat Utilization.

Incinerators: Waste incinerators need to operate at extremely high temperatures. The high-temperature resistance of refractory cement can prevent the furnace body from being damaged by long-term high temperatures and corrosion.

Thermal Power Generation.

Boiler Lining: The boilers of thermal power plants need to withstand high temperature and high pressure environments. Refractory cement can be used for boiler linings to improve the safety and service life of the equipment.

Construction Industry.

Building Structures in High-Temperature Environments: In some special building structures, especially chimneys, flues, fireplaces and other parts that need to withstand high temperatures, refractory cement can be used as an important refractory material.

Laboratory and scientific research equipment.

High temperature experimental furnace: When high temperature experiments are required in the field of scientific research, refractory cement is used for the lining of the experimental furnace, which can withstand high temperatures and maintain the stability of the equipment.

It is widely used in high temperature equipment and structures in metallurgy, construction, chemical industry, ceramics and other industries. According to different use conditions, different types of refractory cement can be selected to meet specific process requirements and durability requirements.