A production process of warp-knitted magic color breathable technology mesh

Abstract

The invention discloses a production process for a piece of warp-knitting exotic-fantasy air-permeable technological screen cloth. The production process is as follows: step (1), exotic-fantasy yarn is produced; step (2), a pattern process design of a piece of warp-knitting exotic-fantasy air-permeable technological screen cloth is realized; to be specific; step a, the upper layer of the warp-knitting exotic-fantasy air-permeable technological screen cloth is controlled to be woven by guide bars from GB1 to GB3; step b, the middle layer of the warp-knitting exotic-fantasy air-permeable technological screen cloth is controlled to be woven by a guide bars GB4;and step c, the lower layer of the warp-knitting exotic-fantasy air-permeable technological screen cloth is controlled to be woven by guide bars GB5 and GB6; step (3), chain blocks are arranged based on overlapping yarn numerical codes and are installed at a machine; step (4), weaving and production are carried out; and step (5), post processing of the screen cloth is carried out. According to the invention, the warp-knitting exotic-fantasy air-permeable technological screen cloth produced based on the production process has advantages of high pattern precision and high stability; the surface of the finished screen cloth has the colorful exotic-fantasy effect and the screen cloth is woven and formed directly without any screen cloth dying processing; the finished screen cloth that feels soft and comfortable has characteristics of good three-dimensional effect, high rebound resilience, high air permeability, and good anti-wrinkle, anti-wearing, shape-keeping performances.

Description

technical field [0001] The invention relates to the technical field of mesh cloth production, in particular to a production process of warp-knitted magic color breathable technical mesh cloth. Background technique [0002] With the demand of the market and the improvement of living standards, people have higher and higher requirements for the texture and comfort of textile fabrics, and higher and higher requirements for the processing precision of mesh fabrics. At the same time, textile fabrics are also required to be fashionable and beautiful. There are many types of mesh fabrics in the existing market, and the market demand for mesh types changes rapidly in a short period. In addition, there is still a small batch demand for each variety of mesh fabrics in market demand. Therefore, in the production process of mesh fabrics, Affected by market competition factors such as small batch production, multi-variety, and short cycle, there are many three-layer mesh fabrics due to p...

AI Technical Summary

Problems solved by technology

There are many kinds of mesh fabrics in the existing market, and the market demand for mesh fabrics changes rapidly in a short period of time. In addition, there is still a small batch demand for each variety of mesh fabrics in market demand. Therefore, in the production process of mesh fabrics, Affected by market competition factors such as small batch production, multiple varieties, and short cycles, there are many three-layer mesh fabrics due to poor production technology, limited pattern design, and improper coordination of yarn materials. The pattern is easily distorted and deformed, the pattern accuracy is low, the stability is poor, and the surface color of the finished mesh is messy and interlaced, which cannot meet the design requirements