Novel antistatic core spun yarn

Abstract

The invention discloses novel antistatic core spun yarn. The core spun yarn consists of core yarn and wrap yarn, wherein the core yarn is antistatic wool yarn, and the wrap yarn is acrylic fiber blended yarn formed by blending 90%-98% of wool type acrylic fiber and 2%-10% of conductive fiber in percentage by weight. The novel antistatic core spun yarn takes the antistatic wool yarn as the core yarn and the acrylic fiber blended yarn as the wrap yarn, the acrylic fiber blended yarn is formed by blending the wool type acrylic fiber and the conductive fiber, so that both the core yarn and the wrap yarn have antistatic functions, and the antistatic core spun yarn has better antistatic property. Meanwhile, the invention also provides a preparation method of the antistatic wool yarn. The prepared antistatic wool yarn has smaller friction among fibers in the yarn due to change of scale structures, fibers cannot hold together easily, the twist is smaller, the yarn fiber is smooth and has clearlines, and the yarn is comparatively fluffy.

Description

technical field [0001] The invention belongs to the technical field of functional clothing fabrics, in particular to a novel antistatic core-spun yarn. Background technique [0002] Ordinary textile fibers, especially chemical fibers, have high insulation and high volume specific resistance, so fabrics are prone to generate and accumulate a lot of static electricity during use. In flammable and explosive environments, static discharge sparks often cause explosions as a source of ignition. At the same time, the vast majority of textile fibers are combustible or combustible materials. Once they encounter a fire source, they will burn rapidly and cause a fire. Especially for textiles used in public places, the antistatic performance requirements are becoming more and more stringent. [0003] Based on the consideration of the above factors, in order to ensure the safety of fire-fighting, petrochemical, ordnance and many other explosion-hazardous fields, it is necessary to repla...

AI Technical Summary

Problems solved by technology

However, in the existing technology, the antistatic function is often realized by post-processing, which will cause the fabric to feel rough, and the antistatic performance and durability are poor, which cannot meet the needs of high-demand fields.