The continuous alumina fiber rope is formed by combining and twisting untwisted fibers. It is suitable for textile weaving and comes in various shapes such as woven fabrics, woven belts, and braided casings. According to design requirements, the fabric can be processed into different products like soft seals, expansion joints, and thermal insulation pads through coating and stitching.
Alumina fiber ropes, with features like high - temp resistance, insulation, etc., are used across multiple fields:
High-Temperature Resistance: Alumina fiber can withstand prolonged use at high temperatures, up to 1600°C.
Excellent Thermal Stability: It maintains its structural integrity and properties even at elevated temperatures, with good thermal shock resistance.
Flexibility: Alumina fiber exhibits good flexibility, allowing for bending and shaping.
Chemical Resistance: Alumina is chemically stable and resistant to oxidation and corrosion.
Good Electrical Insulation: Alumina has high resistivity, making it a strong insulator.
Aerospace
Engine: Protects engine compartments from high heat, reducing damage and noise during operation.
Airframe: Insulates airframes at high altitudes, cutting heat loss for better fuel efficiency.
Power Energy
Cables: Insulates cables to prevent electrical issues, ensuring safe power transmission.
Furnaces: Seals high-temp furnaces, stopping heat leakage and withstanding flue gas.
Industrial Manufacturing
Heat Treatment: Assists in metal heat treatment, used in furnace linings and fixtures for better process results.
Glass: Seals and insulates glass furnaces, enhancing energy use and safety.
Automotive
Engine: Insulates and reduces noise in engine compartments, safeguarding components and improving comfort.
Exhaust: Protects exhaust pipes, blocking heat transfer to the body and reducing risks.
Fire Rescue
Clothing: Makes fireproof clothing for firefighters, shielding them from flames and heat.
Doors: Used in fireproof door seals to stop fire spread during emergencies.
