Anti-pilling finishing method of cationic wool napping fabrics

Abstract

The invention relates to an anti-pilling finishing method of cationic wool napping fabrics. The method comprises a napping process, a carding process, a shearing process and an accessory ingredient adding and design finalizing process, wherein the pulling process includes reverse side pilling finishing napping and front side napping after reverse side anti-pilling treatment; the accessory ingredient adding and design finalizing process includes design finalizing finishing with fuzzy agents and design finalizing finishing with anti-pilling agents. The anti-pilling properties of the cationic wool napping fabrics treated by the finishing method can be improved by 2 levels, and hand feels are comfortable; the method is simple in process and does not change original fabric styles, the anti-pilling properties of the cationic wool napping fabrics are greatly enhanced, ornamental value and comfort of clothes made from such fabrics are improved, and the method has good application prospects.

Description

technical field [0001] The invention belongs to the field of anti-pilling finishing, in particular to an anti-pilling finishing method of cationic wool napped fabric. Background technique [0002] The reason why cationic wool-like brushed fabrics are prone to pilling is that their organizational structure is too loose. The yarns of the fabrics are mostly polyester fibers with a large denier coefficient. During the process, the surface of the yarn is destroyed, and most of the surface fibers are picked out and combed, but a small part is hidden between the yarns. These fibers cannot be removed in the subsequent process. Due to constant friction, these fibers are gradually drawn to the surface of the fabric and entangled into balls. [0003] At present, anti-pilling agents are often used in the market to improve the anti-pilling performance of fabrics. It is attempted to attach these fibers to the surface of fabrics by the effect of anti-pilling agents. Significantly improve...

AI Technical Summary

Problems solved by technology

[0003] At present, anti-pilling agents are often used in the market to improve the anti-pilling performance of fabrics. It is attempted to attach these fibers to the surface of fabrics by the effect of anti-pilling agents. Significantly improve the anti-pilling performance of fabrics, but the effect of anti-pilling additives on the market is limited. It can only keep the anti-pilling performance of fabrics at a certain level, and it is difficult to raise it to another level through the role of additives. Moreover, due to the addition of additives, the color fastness of the fabric decreases and the hand feels hard

According to the survey, there are few researches on the market that use physical effects and additives plus process improvement methods to maximize the anti-pilling performance of fabrics without affecting the color fastness of fabrics and the possibility of obvious changes in fabric feel. sex

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