Manufacturers make ceramic fiber blankets by pricking, heat-shaping, cutting, and rolling. They have high tensile strength, a uniform texture, and a smooth surface. They resist high 
temperatures, chemical corrosion, and thermal shock. They also have low thermal conductivity. They have low density, good resiliency, and excellent sound-absorbing and filtering properties.
Applications:
1) Lining of the stove, heating equipment, and high-temperature pipelines.
2) Thermal insulation for electric boilers, gas engines, and nuclear power.
3) In chemical engineering, use ceramic fiber blankets to line high-temperature, reactive, and heating equipment.
4) Heat insulation of kiln door and cover. Ceramic fiber blankets.
5) Fireproofing and heat insulation of high buildings. Ceramic fiber blankets.
6) High-temperature filtrating material. Ceramic fiber blankets.
