Aramid 1313 Flame Retardant Viscose Multifunctional Blended Printed Camouflage Fabric

Abstract

The invention discloses an aramid 1313 flame-retardant viscose multifunctional blended printed camouflage fabric, which is formed by interweaving warp threads and weft threads. As the fibers constituting the fabric, aramid 1313 color staple fibers / flame-retardant viscose fibers / carbon are selected. Black conductive fiber blended yarn, the above yarn has special permanent function, and adopts special dyeing, finishing and printing technology and process, which solves the problem of poor color fastness, difficult printing, hard hand feeling and flame retardant performance of traditional aramid 1313 blended fabric Poor and other problems, therefore, the spun fabric has permanent flame retardancy, high temperature resistance, high strength, wear resistance, insoluble drops in case of fire carbonization, good color fastness, good drapability, antistatic, antibacterial, moisture absorption, breathable, hand feeling Soft, good bulkiness and other functions and characteristics, and the fabric is soft, easy to put on and take off when making clothes, and move freely. Preferred fabric.

Description

technical field [0001] The invention relates to an aramid 1313 flame-retardant viscose multifunctional blended printed camouflage fabric. Background technique [0002] Previously, flame-retardant fabrics consisted of a flame-retardant layer, a waterproof and breathable layer, a heat-insulating layer and a comfort layer, which were stitched together to combine four layers of materials with different functions. [0003] Obviously, the flame-retardant and fire-resistant fabrics manufactured by the above-mentioned traditional methods are difficult to achieve satisfactory technical indicators such as continuous burning time, damage length, wear resistance level, and tear resistance. It is uncomfortable to wear. [0004] Generally, aramid 1313 fabrics are dyed by conventional methods. The color fastness is poor, printing is difficult, and the hand feels hard, and the cost is high. Rubber fiber is mostly flame retardant additive type, which is blended with aramid fiber. If it is ...

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Problems solved by technology

[0003] Obviously, the flame-retardant and fire-resistant fabrics manufactured by the above-mentioned traditional methods are difficult to achieve satisfactory technical indicators such as continuous burning time, damage length, wear resistance level, and tear resistance. uncomfortable to wear

[0004] Generally, aramid 1313 fabrics are dyed by conventional methods. The color fastness is poor, printing is difficult, and the hand feels hard, and the cost is high. Rubber fiber is mostly flame retardant additive type, blended with aramid fiber, if dyed with ultra-high temperature and high pressure, the flame retardant will dissolve, resulting in a decrease in the flame retardant performance of the fabric

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