Production method of two-color gradient mesh air-guiding three-layer mesh cloth and mesh cloth

Abstract

The invention provides a two-color gradually-varied-mesh gas-guiding three-layer mesh fabric production method and a mesh fabric. The production method comprises the steps that braiding is conducted through a two-needle bar braiding machine, braiding is conducted through six guide bars which are arranged in sequence from a front needle bar to a rear needle bar, the surface layer is the guide bars from first to third, the needle bar GB1 adopts a one-threading four-empty threading mode on the machine, the guide bar GB2 adopts a one-threading four-empty mode on the machine, and the guide bar GB3 adopts a full-threading threading mode on the machine; the connecting layer is the fourth guide bar, and the guide bar GB4 adopts a full-threading threading mode; the bottom layer is the fifth guide bar and the sixth guide bar, and the guide bar GB5 and the guide bar GB6 both adopt a two-threading two-empty threading mode. The produced mesh fabric is good in air permeability, capable of reducing countercurrent of hot air, high in fabric strength, good in stability, firm and durable, and two-color and gradually-varied-mesh effects can be achieved.

Description

technical field [0001] The invention relates to the technical field of fabric production, in particular to a production method of a two-color gradient mesh air-conducting three-layer mesh cloth and the mesh cloth. Background technique [0002] With the development of the times, the improvement of product processing precision requirements and people's pursuit of mesh, the three-layer mesh products on the market are already overwhelming. There are single-layer mesh, special material single-layer mesh, ordinary Sandwich mesh, special material sandwich mesh, functional fabrics, etc., coupled with the market competition requirements of warp knitting products in small batches, multiple varieties, and short cycles, most three-layer mesh fabrics have small pattern cycles, low precision, The production efficiency is not high enough, resulting in the limitation of pattern design and improper coordination of yarn materials. The woven mesh fabric has low precision and poor stability, an...

AI Technical Summary

Problems solved by technology

[0002] With the development of the times, the improvement of product processing precision requirements and people's pursuit of mesh, the three-layer mesh products on the market are already overwhelming. There are single-layer mesh, special material single-layer mesh, ordinary Sandwich mesh, special material sandwich mesh, functional fabrics, etc., coupled with the market competition requirements of warp knitting products in small batches, multiple varieties, and short cycles, most three-layer mesh fabrics have small pattern cycles, low precision, The production efficiency is not high enough, resulting in the limitation of pattern design and improper coordination of yarn materials. The woven mesh fabric has low precision and poor stability, and cannot meet the required effect of the design.

Mesh is often used as a fabric for shoe uppers. In order to solve the problem of ventilation of shoes, the solution is usually to design meshes. However, simple meshes are likely to cause the backflow of hot gas in sports shoes, and it is easy to reduce the strength of the fabric and stabilize it. Poor, not durable enough

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