vCeramic fibers are mainly composed of materials such as alumina and silicates. These inorganic compounds exhibit extremely high stability at high temperatures, allowing ceramic fibers to maintain their physical and chemical properties in extreme environments. In addition, by adding elements such as zirconia or chromium oxide, the temperature range of ceramic fibers can be further improved, making them suitable for a wider range of high-temperature scenarios.

The application range of ceramic fiber materials is extremely wide, covering multiple fields such as metallurgy, energy, aerospace, and construction. Ceramic fiber can be used as a lining material for the furnace, which can improve the service life and efficiency of the furnace while reducing energy consumption. In the aerospace field, ceramic fibers are used as insulation and fire-resistant materials to protect critical components of aircraft and rockets. Used for making fireproof products such as fire doors, fire curtains, and fire blankets, as well as insulation and insulation for high-temperature pipelines. As an insulation material for circuit boards and electronic components, it improves the stability and reliability of equipment.