Shaping process for cotton percale shirt stitches

Abstract

The invention discloses a shaping process for cotton percale shirt stitches, which comprises the following steps: a, tailoring: according to a garment sample, the garment parts are tailored, wherein the garment parts comprise a collar, sleeves, cuffs, sleeve slits, body front parts and body back parts; b, sewing: the garment parts are sewn, wherein cellulose reactive strip adhesive substrates are imported synchronously into every stitch during the sewing process; c, shaping: the shaping process through hot pressing and solidification is carried out on the sewn garment parts under presetting conditions. On the basis of the original wrinkle-resistant fabric, through the process that the stitches of every garment part are sewn with the cellulose reactive strip adhesive substrates, the substrate is in a state of hot pressing and melting under certain conditions, and elastic protection is formed in the stitches, thereby making the stitches of the garments provided with stronger elastic restoring force, making the cloth folds capable of being not easily produced and improving the non-ironing property of the garments. Furthermore, the cooling and patting process needs to be carried out on the garment, which can improve comfort of the garment and reduce burrs on the garment.

Description

technical field [0001] The invention relates to a shirt anti-wrinkle manufacturing process, more specifically, it relates to a pure cotton high yarn count shirt seam shaping process. Background technique [0002] Pure cotton shirts are favored by more and more consumers because of their good air permeability, strong moisture absorption, soft touch, and comfortable wearing. Cotton shirts are often made of pure cotton 64 / 2, 80 / 2, and 100 / 2 high-thread-count shirt fabrics. These fabrics have been treated with nano-resin combined with high-level non-ironing technology, making the garments more wrinkle-resistant and non-ironing. [0003] However, most of the existing anti-wrinkle technologies are processed for ready-made garments. During the continuous washing and ironing process, it is easy to cause the radial shrinkage of the seams of the clothes, which is much larger than the shrinkage of the surrounding fabrics. , thus causing wrinkles and retraction at the seams of the two ...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing anti-wrinkle technologies are processed for ready-made garments. During the continuous washing and ironing process, it is easy to cause the radial shrinkage of the seams of the clothes, which is much larger than the shrinkage of the surrounding fabrics. , thus causing wrinkles and retraction at the seams of the two pieces of clothing. Even if it is cured and shaped after hot pressing and garment baking, the wrinkles will still recover after washing and affect the appearance of the garment.