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Ceramic fiber textiles are a secondary deep-processing product of ceramic fibers that came out in the 1990s. They have superior high-temperature strength, resistance to mechanical vibration, and impact resistance than traditional ceramic fiber products. At the same time, ceramic fibers have excellent high-temperature insulation. , insulation, heat resistance, corrosion resistance, non-toxic, harmless, and no adverse effects on the environment, making it a substitute material for asbestos textiles. The annual output of Huolong ceramic fiber textiles reaches tons. The textiles have the following characteristics: High temperature resistance
b Textiles reinforced with glass fiber yarns are suitable for temperatures ℃
b Textiles reinforced with heat-resistant alloy wires are suitable for temperatures ℃
B has normal and high temperature tensile strength and flexibility
Excellent resistance to vibration, impact, and bumps
Has excellent high-temperature heat insulation, insulation, and sealing properties
Excellent construction performance, can be glued, Anchors, sewing, wrapping, etc.
◎Fire Dragon Aluminum Silicate Blanket is produced in a continuous manner. After acupuncture, the fibers are evenly interwoven, have high tensile strength, and do not contain any binder.
◎Acupuncture blankets with different volume densities and thicknesses provide users with a wide range of material selection to obtain the best thermal insulation structure and benefits.
◎Fire Dragon Aluminum Silicate Blanket has good resistance to chemical attack (except for hydrofluoric acid, phosphoric acid and strong alkali,).
◎The performance of the Fire Dragon aluminum silicate blanket is not affected by oil corrosion, and its thermal properties and physical properties can be restored after drying.
Product categories:
◎Aluminum silicate blanket
◎Aluminum silicate blanket
◎High purity aluminum silicate blanket
◎High alumina aluminum silicate blanket
◎Zirconium-containing aluminum silicate blanket
Product features:
◎Excellent chemical stability
◎Excellent thermal stability
◎Excellent tensile strength
◎ Low heat capacity
◎Low thermal conductivity
Typical applications:
◎Industrial furnace wall lining, backing materials, kiln masonry expansion joints, furnace doors, and roof insulation seals
◎Thermal insulation materials for high temperature pipelines
◎Module folding block processing materials