1. Development of soluble ceramic fiber paper in the aerospace field:
Engine insulation: used for thermal insulation protection of high-temperature components such as aircraft engines and rocket engines, which can effectively block heat transfer in extremely high temperature environments, protect the structure and other components of the engine from high temperature, and reduce the weight of components, which helps to improve the performance and fuel efficiency of aerospace vehicles.
Thermal barrier coating: As an auxiliary material for thermal barrier coating, it can be used in combination with the coating to further improve the thermal insulation effect and service life of the coating, enhance the thermal protection ability of aircraft engines, and improve its reliability and durability.
2. Power industry
Boiler and turbine insulation: In thermal power plants, it is used for thermal insulation of equipment such as boilers and turbines, which can effectively reduce the heat loss of equipment, reduce energy consumption, and improve power generation efficiency. At the same time, it can also prevent the surface temperature of high-temperature components from being too high, avoid burns to operators, and improve the safety of equipment.
High-temperature pipe sealing: It can be used as a sealing material for high-temperature pipes, which can not only withstand high temperatures, but also play a good sealing role, prevent high-temperature steam or other media from leaking, and ensure the normal operation of the pipeline system.
3. Metallurgical industry
Furnace lining: In the process of metal smelting, it is used as the lining material of blast furnaces, converters, electric furnaces and other furnaces. It can withstand the erosion of high-temperature molten metal and furnace gas, reduce the heat dissipation to the outside of the furnace body, reduce energy consumption, and improve the thermal efficiency and service life of the furnace.
Ladle and tundish insulation: The insulation layer used for the ladle and tundish can effectively reduce the heat loss of molten steel during transportation and pouring, prevent the temperature of molten steel from dropping too fast, ensure the fluidity and quality of molten steel, and help improve the production quality and efficiency of steel.
