Inorganic fiber composite fire-proof fabric base cloth material and application thereof

Abstract

Disclosed is an inorganic fiber composite fire-proof fabric base cloth material. The inorganic fiber composite fire-proof fabric base cloth material is produced according to the steps of subjecting inorganic glass fibers 1 and stainless steel wires 2 to stranded weaving, conducting warp-weft weaving to reach compact density and coating the surface with micro-particle aluminothermic reflective polymer coating 3. Further, every inorganic glass fiber bundle can be composed of multi-stranded single-glass fiber yarn materials into which a stainless steel wire is embedded. The inorganic fiber composite fire-proof fabric base cloth material has the advantages of high warp / weft tensile strength, excellent flexible structure reducibility, extremely low smoke leakage amount, long fire-resistant time, suitability for firing environments with the temperature above 1,000 DEG C, light weight, thinness, fire resistance, high smoke prevention capability, high tensile strength, skillful design and capability of being implemented as a fabric base cloth material for safety emergency products and is applicable to finished products of high-temperature-resistant, fire-resistant, smoke-preventive and fire-resistant equipment and facilities employed in the fields such as aerospace, ships and warships, subway carriages, mineral products and industrial and civil buildings.

Description

technical field [0001] The invention relates to a fire-resistant inorganic fiber composite fabric base cloth material, in particular to a high-temperature-resistant, fire-resistant, smoke-proof material used in aerospace, ships, subway cars, minerals, industrial and civil buildings and other fields. , fire prevention equipment, finished fabric base fabric materials for facilities. Background technique [0002] At present, high-temperature-resistant, fire-resistant, smoke-proof, and fire-resistant materials are the basic raw materials for fire-resistant emergency products and facilities that are indispensable in construction and other fields. It is widely used as the most basic raw material in fire shutters and fire door emergency products in industrial production, national defense technology, public safety and other fields. [0003] At present, the traditional fire shutter door used in the building fire protection industry, the basic raw material of its flexible inorganic c...

AI Technical Summary

Problems solved by technology

The disadvantages are that the basic raw material of the curtain surface is heavy, heavy, energy consumption and operating noise are relatively large, which leads to a large building space occupation, and there are problems such as low industrial energy efficiency, large structural energy consumption, and unsightly appearance.

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