Ceramic Fiber Cloth And Tape

Description

Ceramic fiber fabric is primarily employed for purposes such as heat insulation, shielding against thermal radiation, high-temperature fire curtains, and safeguarding industrial heat insulation, fire resistance, and the protection of high-temperature pipes and containers. Meanwhile, ceramic fiber tape serves in industrial thermal insulation, insulating pipes and cables, exhaust pipe thermal insulation, thermal radiation shielding, and as a curtain for high-temperature furnace doors.

Distinctive Characteristics of Ceramic Fiber Fabric:

• Exceptional resistance to high temperatures
• Low thermal conductivity and heat capacity
• Ability to withstand thermal shocks, ensuring prolonged service life
• Superior high-temperature insulation
• Unaffected by erosion from nonferrous metals like aluminum and zinc
• Robust strength at both high and low temperatures
• Environmentally friendly, non-toxic, and harmless, promoting an unpolluted environment

Ceramic Fiber Fabric Applications:

• Heat insulation in various kilns, high-temperature pipelines, and vessels
• Materials for furnace doors, valves, flanges, fireproof doors, and fire-resistant shutters, particularly high-temperature furnace doors
• Insulation for engines and meters, fireproof cable coverings, and high-temperature fire-resistant materials
• Covering cloth for thermal insulation, filling high-temperature expansion gaps, and lining flues
• Labor safety products with high-temperature resistance, such as fireproof suits, high-temperature filtration, sound absorption, and other applications as alternatives to asbestos

Important Considerations for Ceramic Fiber Fabric: Ceramic fiber textiles contain approximately 15% organic fiber. During initial usage, as the temperature rises, the organic fiber within the products will carbonize, turning black and occasionally producing smoke and minor flames in certain areas. This is a normal occurrence and does not affect usability. As the temperature continues to rise, the products will transition to a white color, indicating that the organic fiber has been fully carbonized, leaving behind the high-temperature resistant inorganic material, such as ceramic fiber.