Stiff and smooth, non-deforming and non-pilling tatting air layer fabric and manufacturing method thereof

Abstract

The invention provides stiff and smooth, non-deforming and non-pilling tatting air layer fabric. The stiff and smooth, non-deforming and non-pilling tatting air layer fabric comprises a fabric body; the fabric body comprises a surface layer, an inner layer and a middle layer; the surface layer is formed by interweaving surface warps and surface wefts in a tatting mode; the inner layer is formed byinterweaving inner warps and inner wefts in a tatting mode; the middle layer is a binding weft extending in the weft direction; the binding weft is interwoven in the surface layer and the inner layerin an ups and downs mode; the surface warps and the inner warps are first covering yarns; the first covering yarns are yarns which are formed by coating 40D spandex with 75D/72F terylene; the surfaceweft and the inner wefts are second covering yarns; the second covering yarns are yarns which are formed by coating 40D spandex with 75D/36F terylene; and the binding weft is 150D/288F terylene. On the basis of having bulkiness, skin friendliness, air permeability and ductility of knitted silk cloth and air layer, the problem of high possibility of hair slip, deformation, pilling and fading is avoided, so that the tatting air layer is more comfortable and stylish. The invention also provides a manufacturing method of the fabric.

Description

technical field [0001] The invention relates to a crisp, non-deformed, pill-free woven air layer fabric and a manufacturing method of the woven air layer fabric. Background technique [0002] Knitted pullover sweaters, knitted zipper tops, and knitted trousers in spring and autumn are deeply loved by consumers for their excellent skin-friendly, breathable, and extensible properties. There are currently three mainstream approaches in the market: [0003] (1) The scheme of choosing knitted sweater fabric: the terry weave can obtain good air permeability and extensibility, and more air can be retained inside, which can obtain better warmth retention, but the terry weave is very loose, resulting in It is easy to lose hair, deform, and pill when washing, and the terry on the back of the sweater is raised, which has the risk of snagging and snagging. At the same time, sweater cloth generally contains cotton and has a serious problem of fading in water; [0004] (2) The scheme of...

AI Technical Summary

Problems solved by technology

[0005] (3) The scheme of choosing woven fabrics with reverse polarity: the surface layer is made of 30D-50D polyester natural elastic, or 30-50D polyester + 20D-40D spandex, or 30-40D nylon + 20-40 spandex, woven into plain weave, Twill texture, 160g-240g single brush and single shake for the reverse side of the fleece, the reverse side of the surface layer and the fleece surface are combined with TPU glue by spot-sticking technology, the spot-sticking area reaches 30%-40%, and the hollowed-out area reaches 60-70% %, can obtain the bulkiness, breathability, skin-friendly and extensibility of knitted silk cloth and air layer, and avoid the problems of easy deformation and color fading of silk cloth and air layer. However, due to the use of composite, and is The polar fleece surface is in the middle, and the composite fastness is not good enough, which can barely guarantee that it will not fall off or foam after washing. The problem of obvious wrinkling after washing is inevitable. easy to pilling

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