Method for processing 3D (three dimensional) flower type stuffed fabric

Abstract

The invention discloses a method for processing a 3D (three dimensional) flower type stuffed fabric. The method for processing the 3D flower type stuffed fabric comprises the following steps: (1) producing villi on the surface of a shell fabric by virtue of a mechanical acting force; (2) extruding the villi on the surface of the shell fabric by adopting a flower roller with burn-out paste, wherein more than three layers of flower type patterns in different depths or different heights are formed in the surface of the flower roller; (3) heating the shell fabric the villi of which are coated with the burn-out paste by virtue of a drying oven, dissolving the villi contacted with the burn-out paste by the burn-out paste, then regulating the pH value of the shell fabric, and cleaning by adopting clear water; (4) carrying out aftertreatment on the cleaned shell fabric, thus the 3D flower type stuffed fabric is obtained. The method for processing the 3D flower type stuffed fabric has the advantages that more than three layers of burn-out patterns are formed in the surface of the processed stuffed fabric; 3D flower type stereoscopic impression is extremely strong, the defects that a frequently-used burn-out velvet flower type on the market is single in structural design, layout is not scientific enough, aesthetic measure is poor and handfeel is poor can be overcome, and appearance is attractive while the shell fabric is in a special style, so that the 3D flower type stuffed fabric can be applied to interior decorations of a sofa, a curtain and a bedspread and the like.

Description

technical field [0001] The invention relates to a processing method of 3D pattern plush fabric. Background technique [0002] Burnt-out fabric is welcomed by the market for its elegant and novel appearance, soft and smooth handle and other unique styles. The currently commonly used burnt-out velvet pattern has a single structural design, insufficient scientific layout, poor aesthetics, and poor hand feel. For example, the patent application number 99113659.4 introduces a flat burnt-out pattern. At the same time, the commonly used burnt-out velvet patterns are all about the burnt-out of weft-knitted products such as cotton fabrics. For example, the patent with application number 200610155356.8 introduces a comprehensive printing process for imitating burnt-out fabrics, and the patent with application number 201220492536.6 introduces a Burnt-out jacquard velvet. Warp knitting technology has been widely used because of its high production efficiency and high technical content...

AI Technical Summary

Problems solved by technology

Warp knitting technology has been widely used because of its high production efficiency and high technical content, and the burnt-out pattern of warp-knitted velvet has also received more attention. The fluff is shaped, so the production cost is very high. For example, the patent application number 201210542320.0 uses three paint layers for burnt-out, and the patents with application numbers 200910234489.8 and 201120418665.6 brush the fabric and then heat-set it for burnt-out

[0003] Moreover, the current burn-out technology can only generate at most two layers of burn-out patterns, and the hair height is relatively high

figure 1 It is a schematic diagram of a traditional burnt-out flower roll, in which 1-0 is the surface layer of the flower roll, 1-1 is the pattern of the first layer, and 1-2 is the pattern of the second layer, so the burn-out effect of the fabric has great limitations. The number of layers is not enough and the pattern is not delicate enough

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