polycrystalline fiberManufacturers believe that ceramic fiber has the advantages of light weight, high temperature resistance, good thermal stability, low thermal conductivity, small specific heat, and mechanical impact resistance. It is widely used in petrochemical, metallurgy, electric power, aviation, aerospace, fire protection, home appliances, automobiles, ships and other fields. With the improvement of application technology, ceramic fibers are constantly expanding new application fields. Ceramic fiber not only has good high temperature resistance, can withstand 1500 high temperatures, but also has good heat insulation function, which is mainly determined by the mixed structure of ceramic fiber (ie solid fiber and air). Ceramic fibers can solve the problem of poor toughness of refractory materials. The thermal insulation properties of ceramic fibers make ceramic fiber products widely used in industrial furnace walls and building materials.

Polycrystalline fiber manufacturers

　　polycrystalline fiberManufacturers believe that ceramic refractory cotton has many excellent properties, such as light bulk density, low thermal conductivity, high temperature, good thermal shock resistance, less heat storage and so on. Therefore, industrial furnaces are more and more widely used as refractory materials and thermal insulation materials. Due to the development of production capacity, there are no other materials suitable for thermal power plants to use in 400 except calcium silicate. Therefore, the use of power plants has been increasing in recent years, and the energy-saving effect is also very significant.

Polycrystalline fiber manufacturers believe that the ceramic fiber has a large specific surface area and the filter material prepared by it has high filtration purity. Ceramic fibers also exhibit good properties in terms of thermal stability, chemical stability and thermal shock resistance. Ceramic fibers are widely used in environmental fields, such as air purification, sewage treatment and flue gas filtration. Ceramic fiber material has good sound absorption and sound insulation effect, which makes it widely used in construction, transportation and other fields. When the sound wave reaches the inside of the material, the sound wave will produce a viscous effect with the air in the fiber pores, and the sound wave will also produce frictional resistance with the fiber, so part of the loss of sound energy will be converted into heat energy. When the air in the fiber pores is compressed, heat conduction will occur, and heat conduction will also cause the loss of acoustic energy, thereby absorbing the incident sound waves.

polycrystalline fiberManufacturers believe that ceramic fibers have the advantages of large specific surface area, high porosity, and good catalytic effect. When the catalyst-loaded ceramic fiber is used in controlled diffusion reaction, it has good catalytic effect due to its low diffusion resistance. As a catalyst, ceramic fiber has great potential in the field of catalysis. Ceramic fibers have many advantages, so they are widely used in new high-temperature superconducting materials and new functional materials, such as far-infrared fibers and conductive fibers.

The above isPolycrystalline fiber manufacturersAbout some knowledge points of ceramic fiber, I hope you can seriously study and understand the relevant knowledge, choose the products and equipment suitable for your own needs, and ensure your own benefits.