Synchronous coloring burn-out printing and moire infiltrating burn-out printing technique for denim fabrics

Abstract

The invention belongs to the field of post technique of burn-out printing on fabrics in the textile industrial production, in particular to a synchronous coloring burn-out printing and moire infiltrating burn-out printing technique for denim fabrics. The technique is characterized in that the burn-out printing pretreatment is implemented firstly, that is, grey fabrics of the denim fabrics are desized by using amylase at the temperature of 40-60 DEG C, and are printed by screens to produce synchronous coloring burn-out printing screens or moire infiltrating burn-out printing screens with different styles, and burn-out printing size is prepared; and then, the synchronous coloring burn-out printing and moire infiltrating burn-out printing processing is implemented on the grey fabrics of the denim fabrics by adopting the prepared burn-out printing size through the synchronous coloring burn-out printing screens or the moire infiltrating burn-out printing screens. The technique achieves that products thereof are more beautiful and unique than original denim products, are comfortable to wear, and are perfect in style and characteristics; and the labor force and the secondary production pollution are reduced in the production link, so that the production cost is reduced, and the novel way of environmental friendliness of the denim fabrics is achieved.

Description

technical field [0001] The invention belongs to the technical field of post-sequence printing on fabrics in the industrial production of textiles, and in particular relates to a synchronous coloring printing and moiré penetration printing process for denim. Background technique [0002] For a long time, denim series products have been limited and relied on changes in traditional washing and printing processes to meet the needs of consumers. However, with the continuous progress of society, the renewal of consumption concepts and the pursuit of fashion, stagnation and stagnation in enzymes, stone grinding, damage, copying snowflakes, tassels, hand rubbing, sandblasting, horse flow (potassium permanganate) Traditional denim post-sequence processes such as whiskers, printing, tie-dyeing, etc. have been unable to adapt to the pursuit of denim style and characteristics by the new generation. At present, the dyeing and finishing processes in the textile field are mainly jacquard,...

AI Technical Summary

Problems solved by technology

This process is convenient for color matching, simple process, and low cost, but the color fastness is poor, the hand feels hard, and the thick denim makes it more stuffy and poor in air permeability