Ceramic fibers can maintain their structure and performance stability at extremely high temperatures, making them ideal materials for high-temperature environments. Even under rapid temperature changes, ceramic fibers can maintain their shape and size stability. Ceramic fibers have low thermal conductivity and can effectively isolate the transfer of heat, making them excellent insulation materials. It can resist the erosion of chemicals such as acid and alkali, and is suitable for corrosive environments. Compared to traditional refractory materials, ceramic fibers have a lighter weight and are easier to process and install. Ceramic fibers also have excellent electrical insulation properties and are widely used in the electronics industry.

Ceramic fiber ropes can maintain their physical and chemical stability in high-temperature environments, and some products can even work below 1100 ℃, which makes them widely used in high-temperature pipelines, furnace door sealing and other scenarios. It has extremely low thermal conductivity and can effectively isolate the transfer of heat, making it an excellent insulation material. It can resist the erosion of chemicals such as acid and alkali, and is suitable for various corrosive environments. Although its tensile strength may not be as good as traditional metal ropes, it still has sufficient strength within its design application range.