Weaving method of stereoscopic twill

Abstract

The invention discloses a weaving method of stereoscopic twill. The method is characterized by adopting a water jet loom for weaving processing and comprises the following steps of: a. feeding warp yarns, adopting a 10# reed to ensure the warp yarns to be horizontally and uniformly arranged on the loom, with three warp yarns per dent, and arranging douping warps on the two edges of the warp face respectively; and b. feeding weft yarns into the warp yarns along the douping warp direction, wherein the numbers of risers and sinkers are four respectively; the beating up number is 21 yarns / cm; andthe number of times of beating up the weft yarns by the loom to complete a weaving cycle is the multiple of eight times. The method has the following beneficial effects that: floral patterns are formed through fabric texture change; the dyeing process is omitted, thus eliminating poor color fastness caused by after-finishing and dyeing and harms of harmful substance residues to human bodies; and meanwhile, the dyeing links are reduced, thus putting an end to damage to the natural world caused by massive emission of pollutants due to dyeing, reducing water treatment links and making contributions to energy consumption reduction and carbon emission reduction.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to a method for weaving fabrics for luggage. Background technique [0002] Chemical fiber filaments have been widely used in the production of luggage fabrics in recent years. The fabric processing methods are mostly based on the interweaving of plain weave polyester filaments, and then finishing and dyeing. At present, most of the textiles used for luggage fabrics on the market are mainly made of polyester filaments of about 400D for plain weave interweaving. In use, there are problems such as easy decolorization of luggage fabrics, residual harmful substances, and too monotonous fabric patterns, resulting in great limitations in the durability and appearance of luggage products. In response to the above problems, the manufacture of luggage fabrics has to make necessary adjustments and innovations according to market and market requirements. Contents of the invention [0003] ...

AI Technical Summary

Problems solved by technology

At present, most of the textiles used for luggage fabrics on the market are mainly made of polyester filaments of about 400D for plain weave interweaving. During use, there are problems such as easy decolorization of luggage fabrics, residual harmful substances, and too monotonous fabric patterns, resulting in great limitations in the durability and appearance of luggage products.

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