Jacquard fabric processing technology with stereoscopic crease effect

Abstract

The invention discloses a jacquard fabric processing technology with a stereoscopic crease effect. The technology includes the following steps of 1, designing a crease mode, wherein a design map is drawn for designing the crease mode and involves convex crease areas, concave crease areas and non-crease areas; 2, selecting warp yarn and weft yarn, wherein 22.2 dtex mulberry silk is adopted as the warp yarn, the proportion of non-elastic yarn and elastic yarn in the weft yarn is 2:1, 83.3 dtex polyester silk is adopted as first weft, 83.3 dtex polyester silk with the same density as that of thefirst weft is adopted as third weft, and spandex wrapping yarn is adopted as second weft; 3, designing texture; 4, adopting a 2,720 needle electronic jacquard machine for weaving jacquard fabric, wherein the actual weaving needle number of the machine is 2,400. By means of the jacquard fabric processing technology, the stereoscopic crease effect of the fabric is achieved, the cost is reduced greatly, the stereoscopic crease effect on the surface of the fabric is great, the style is unique, and the added value of products is significantly increased.

Description

technical field [0001] The invention relates to a jacquard fabric processing technology with three-dimensional wrinkle effect. Background technique [0002] Driven and led by fashion, people's attention to fabrics is no longer limited to simple two-dimensional plane shapes, but to a richer three-dimensional space. As a special fabric, fabrics with three-dimensional wrinkle effects have The typical three-dimensional modeling effect breaks the balance of the original fabric modeling, and occupies an important position in the clothing modeling art with its special visual and tactile sense, rich and changeable expression from plane to three-dimensional. [0003] Wrinkles are an enduring means of fashion design. Whether it is a tough line or a soft silhouette, wrinkles can be presented in various ways, making clothing more and more diverse. Issey Miyake in Japan is the most typical designer in the art of wrinkle clothing design. He grasped the essence of wrinkles and at the same...

AI Technical Summary

Problems solved by technology

[0004] It is worth studying that most of the current techniques to achieve the three-dimensional wrinkle effect are through secondary reconstruction of fabrics or cutting and sewing, and the design procedures are relatively complicated.

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