Anti-dripping wear-resistant anti-static flame-retardant nylon-blended camouflage cloth and preparation method thereof

Abstract

The invention discloses an anti-dripping wear-resistant anti-static flame-retardant nylon-blended camouflage cloth and a preparation method thereof. The preparation method comprises the following steps that (1) after an aramid fiber, a flame-retardant viscose fiber and an anti-static fiber are mixed, carding, drawing and roving are carried out in sequence to obtain rough yarn, a non-flame-retardant nylon filament is adopted as a core of the rough yarn, a flame-retardant nylon filament winds around an outer layer of the rough yarn, spun yarn is spun out and subjected to spooling, and a blendedwrapped and cored yarn is obtained; and (2) the blended wrapping and cored yarn is woven to obtain a grey fabric, the grey fabric is subjected to boiling, oxygen bleaching, mercerization and camouflage printing treatment in sequence, a printed cloth is obtained, and the printed cloth is subjected to ageing treatment to obtain the camouflage cloth. Fabric prepared by the preparation method of the anti-dripping wear-resistant anti-static flame-retardant nylon-blended camouflage cloth has the advantage that the fabric retards flame, resists dripping, is high in strength, can be subjected to dyeing and camouflage printing easily, resists static, is low in cost, easy in procedures and superior in yarn quality and the like; and the fabric is especially suitable for requirements in the aspect ofspecial operations, and can further meet requirements in aspects such as other overall uniforms.

Description

technical field [0001] The invention relates to an anti-droplet, wear-resistant, anti-static and flame-resistant nylon blended camouflage cloth and a preparation method thereof, belonging to the field of textiles. Background technique [0002] In flame-retardant clothing, aramid fiber is usually used as the main material. Aramid fiber is a high-performance fiber with a very mature process at present. Phthalamide (commonly known as aramid 1414), these two fibers have good high temperature resistance and flame retardancy, but the glass transition temperature of aramid fiber is high, dyeing is difficult, and water absorption is also poor Therefore, it is difficult for aramid fabrics to have high-quality color and camouflage printing, which cannot meet the camouflage requirements of military camouflage; the problem of static electricity is also relatively prominent, and it cannot be used in gunpowder processing plants, flammable powder processing plants, etc. that require high a...

AI Technical Summary

Problems solved by technology

[0002] In flame-retardant clothing, aramid fiber is usually used as the main material. Aramid fiber is a high-performance fiber with a very mature process at present. Phthalamide (commonly known as aramid 1414), these two fibers have good high temperature resistance and flame retardancy, but the glass transition temperature of aramid fiber is high, dyeing is difficult, and water absorption is also poor Therefore, it is difficult for aramid fabrics to have high-quality color and camouflage printing, which cannot meet the camouflage requirements of military camouflage; the problem of static electricity is also relatively prominent, and it cannot be used in gunpowder processing plants, flammable powder processing plants, etc. that require high anti-static properties. occasion use

[0003] Aramid fibers are usually used in combat fabrics. The proportion of aramid fibers in the previous generations of combat fabrics of the US military accounted for more than 50%. Due to the difficulty of dyeing aramid fibers, the camouflage printing of the entire combat fabric is difficult, low in strength, and poor in comfort. question

The latest generation of flame-retardant combat fabrics for the U.S. military is made of aramid 1414 / flame-retardant viscose / high-strength nylon 66 (25:65; 10) blended with three fibers. Appropriate wear resistance and comfort; but there are still problems such as poor durability, low strength and high price, and 25% aramid 1414 fiber must be printed with a part of paint, resulting in poor hand feeling still exists

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