Folding thread weaving method and system for preparing plastic basketwork and production

Abstract

The invention discloses a knitting method for folding silk, comprising silking process that one or more than one plastic silk is obtained by silking equipment; folding process that each plastic silk is folded two or more than two times on the wide direction by folding equipment; rolling process that each plastic silk after folding is rolled together to form a folding silk, which can be used as an integration, by rolling equipment; and knitting process that above mentioned silk, as one kind of warp yarn and weft yarn at least is knitted by knitting equipment.

Description

technical field [0001] The present invention relates to a folded wire weaving method and system for preparing plastic braids and the resulting products. More specifically, the present invention relates to a plastic braid that requires high tensile strength, its weaving method and the equipment used. Background technique [0002] For a long time, plastic woven products have been widely used in various industries due to their unique advantages of good strength, low price, waterproof and corrosion resistance. And its product type has also developed into a wide variety of products from the initial single-function covering cloth. Such as woven geotextiles with high strength and good hydrophobicity for highways, pond bottom fabrics for aquaculture, packaging bags for shipping items, etc. These new application areas have higher requirements for the performance of woven products: good toughness, high strength and light weight. [0003] The plastic woven cloth in the prior art is g...

AI Technical Summary

Problems solved by technology

[0003] The plastic woven cloth in the prior art is generally woven by a six-shuttle circular machine, that is, a single warp yarn and a single weft yarn are used to interweave on the circular loom. This process is relatively mature, and this process has a prominent disadvantage. : To make products with high tensile requirements, the size of the cross-section of the warp and weft yarns that can only be used for weaving can only be enlarged (mainly to thicken the plastic filaments), that is, the linear density of the plastic filaments that will be used for weaving (unit: weight over length) becomes large enough

However, the manufacturing method provided by this invention also adopts single plastic filament weaving, so the tensile strength of the product manufactured according to this method is not large enough. If the tensile strength is to be increased, the linear density of the single plastic filament can only be increased. Increasing the linear density will lead to more difficult production of plastic wire drawing and weaving processes, and the woven products are thick and hard, with insufficient flexibility

[0005] Therefore, the simple weaving technology and process of the prior art can no longer meet the requirements of technological development.