Elastic fabric preparation technology

Abstract

The invention discloses an elastic fabric preparation technology. 80S wool is subjected to graphene fixation and then blended with Sorona fiber, dyeing, spinning, weaving and after treatment are conducted, and a new elastic fabric is obtained. The elastic fabric is a new elastic environmentally-friendly fabric which is formed by blending graphene wool/Sorona fiber, and has the advantages of beingsoft, smooth and sufficient in elasticity of the wool and the good electrical conductivity, stability and wearing property. Due to the fact that the Sorona fiber is added, the original characteristicsof the raw materials are retained, the quality of the wool is embodied, the softness and skin friendliness of the fabric are improved, the draping property and fabric luster are improved, natural soft hand feeling is given to the fabric, spandex is replaced, good stretching and elastic recovery are achieved, warmth retention, comfort, dryness, air permeability, good washability, the draping property, crease resistance and environmental friendliness are achieved, pollution does not exist, and the fabric is an ideal fabric for making high-end casual clothing.

Description

technical field [0001] The invention belongs to the technical field of fabric preparation, and particularly designs a process for preparing elastic fabrics. Background technique [0002] With the continuous improvement of people's material level and the rapid development of science and technology, traditional textiles have obviously failed to meet people's basic needs. More and more functional textiles have emerged as the times require, and are more favored by consumers. In addition to the warmth, beauty and covering functions of traditional textiles, functional textiles also have some special functions such as antistatic, conductive, antibacterial, anti-ultraviolet and other functions. [0003] At present, the functional finishing of wool fabrics mainly includes flame retardant finishing, antibacterial and mothproof finishing, anti-ultraviolet finishing and antistatic finishing. development space. At present, the antistatic finishing of wool is basically realized by mixin...

AI Technical Summary

Problems solved by technology

At present, the antistatic finishing of wool is basically realized by mixing or weaving or weaving conductive fibers with good conductivity into wool fabrics, or adding antistatic agents. These methods have many disadvantages: 1. The product has poor wearing performance: the introduction of conductive fibers It will affect the feel of wool fabric; 2. The product does not have heating function; 3. The product has poor stability; the washing or bending resistance is poor, and the antistatic property is reduced after washing with water or mechanical stretching and bending; 4. Lack of good elasticity