Flax blended fabric preparation method and equipment

Abstract

The invention discloses a flax blended fabric preparation method and equipment. The flax blended fabric preparation method comprises the following steps that raw materials are prepared, wherein the raw materials include flax, polyester filaments, Sirospun yarn, FDY75D flax and FDY blended yarn; the flax is sequentially subjected to scotching, hackling, slivering, drawing, roving, scouring and bleaching and spinning procedures, and flax yarn is prepared; the flax yarn is placed in a spinning frame, the FDY75D flax and the FDY blended yarn are added, and a flax textile is prepared; the polyesterfilaments are added into the flax textile and blended; the Sirospun yarn is added into the spinning frame and combined with the blended textile, and flax blended fabric is prepared; the flax blendedfabric is subjected to singeing, printing and dyeing and forming. The production equipment used for the flax blended fabric comprises the wet spinning frame, a rapier loom, a dyeing machine and a singeing machine. The method has the advantages that the blank of a flax wet spinning anti-wrinkle fabric is filled; the problem that elastic fiber and flax fiber blending is low in production efficiencyis solved; the grade of the flax textile and clothing is improved; the problems that the flax blended fabric is difficult to weave and dye are solved.

Description

technical field [0001] The invention relates to a preparation method and equipment for flax blended fabric, belonging to the technical field of textile manufacturing. Background technique [0002] Linen fabric has functions such as moisture absorption and breathability, crisp and natural, comfortable and cool to wear, and is deeply loved by people. However, the linen fabric has small elongation, hard hand feeling, easy to wrinkle, less plump, more hairiness on the surface, and itchy feeling when worn. Especially easy to wrinkle, has hindered the popularization and application of linen fabric. In recent years, international high-end clothing brands have been developing and researching interwoven fabrics such as linen, polyester, and spandex, which have improved the hand feel of the fabric. If the size is large, weaving defects such as weft breaks, skipping, slippage, and dense files will appear on the cloth surface, and it is extremely difficult to repair. Due to the large...

AI Technical Summary

Problems solved by technology

However, the linen fabric has little elongation, hard hand, easy to wrinkle, less plump, more hairiness on the surface, and itchy feeling when worn

Especially easy to wrinkle, which hinders the promotion and application of linen fabrics

In recent years, international high-end clothing brands have been developing and researching interwoven fabrics such as linen, polyester, and spandex, which have improved the feel of the fabric to a certain extent. However, the biggest disadvantage of these fabrics is that they lack the natural style of linen fabrics, and weaving is very difficult. Large, weaving defects such as broken wefts, jumping flowers, slippage, and dense gaps will appear on the fabric surface, and it is extremely difficult to repair

Due to the large difference in the warp and weft yarn counts of these fabrics, the linen yarn defects are highlighted and the quality of the cloth surface is reduced.