Manufacturing process of bamboo fiber and mulberry silk interwoven color woven taffeta

Abstract

The invention discloses a bamboo fiber and mulberry silk interwoven color woven taffeta and a manufacturing process thereof. The taffeta is a fabric woven by using blended yarns of bamboo fibers and mulberry silks as wefts and by using mulberry silks as warps. The wefts are mixed fibers manufactured by blending the bamboo fibers and degummed mulberry silk profiled yarns, rereeling, hank reeling, and dyeing. In the bamboo fiber and mulberry silk interwoven color woven taffeta and the manufacturing process thereof, the true silk taffeta appearance and wearing comfort of the color woven bamboo fiber taffeta can be ensured effectively, and the fabric has the advantages of obvious flash effect, comfortable handfeel, deodorization, sterilization, freshness, coolness, durability, wear resistance, high drapability and the like; meanwhile, the drawback that the true silk has low anti-wrinkling performance and low stiffness and smoothness and cannot be washed by machine is overcome, and the fabric can be used for making high-quality fashionable dress and evening dress.

Description

technical field [0001] The invention belongs to taffeta and its production technology, in particular to a production process of taffeta formed by interweaving bamboo fiber and mulberry silk. Background technique [0002] Taffeta, also known as taffeta silk, is generally a cooked high-grade silk fabric woven from high-quality mulberry silk that has been degummed and cooked in plain weave. The warp is double-twisted cooked silk, and the weft is combined single-twisted cooked silk. The plain weave is used as the ground, and the fabric has a high density. It is the most compact variety of silk fabrics. In the prior art, people have also developed various imitation silk taffetas that adopt double palace silk, spun silk, rayon, nylon silk, etc. as raw material weaving and silk and cotton interweaving. The main technological process of the existing taffeta is: warp direction, raw materials are selected→winding→twisting→doubling→shaping→combining→double twisting→shaping→reversing, ...

AI Technical Summary

Problems solved by technology

However, its production process is complicated, and its production process cannot be applied to mulberry silk, and because the warp and weft threads are all made of mixed fibers, the appearance and look and feel are quite different from those of real silk, and the fabric's color flashing effect and drape are poor.

In addition, the fabric needs a softener for setting and tentering in the later stage of production, which reduces the environmental protection performance.

Images