Processing method for improving abrasion resistance of ironing-free shirt ready-made clothes

Abstract

The invention discloses a processing method for improving abrasion resistance of ironing-free shirt ready-made clothes, which is characterized in that a heat insulation protective cover is sleeved on a particularly easily-abraded part of a shirt such as a collar and a cuff before high-temperature baking to reduce cross-linking reaction between the fabric of the collar and cuff parts and ironing-free resin, and the heat insulation protective cover is taken down after the high-temperature baking. The method has the advantages that: by using good heat insulation effect of the heat insulation protective cover, the temperature rise rate and the heated baking time of the shirt collar and cuff parts are reduced to a certain degree, the reaction degree of the resin on the collar and cuff parts and the fiber is reduced, and the strength and abrasion-resistant durability of the fabric on the parts are improved; and the resin and the fiber on the other parts of the shirt without sleeving the heat insulation protective cover still can produce complete cross-linking reaction; therefore, the shirt realizes the durable ironing-free function.

Description

technical field [0001] The invention relates to a post-finishing processing method for shirts, in particular to a processing method for improving the wear resistance of iron-free shirts. Background technique [0002] In the textile industry, ready-made non-ironing shirts are generally made of cotton high-count and high-density fabrics or cotton-polyester fabrics (CVC) that have been mercerized, liquid ammonia, and pre-shrunk. get. Ready-made non-iron shirts are popular with consumers for their smooth appearance and easy-care features, but the strength and abrasion resistance of the fabric will inevitably decrease after the shirts are processed with resin-free ironing during processing . According to market feedback and relevant literature reports, pure cotton iron-free shirts are more likely to be worn than ordinary shirts, especially the collar and cuffs of the shirt are most likely to be worn, mainly because the collar of the shirt is worn out during daily wear. The par...

AI Technical Summary

Problems solved by technology

According to market feedback and relevant literature reports, pure cotton iron-free shirts are more likely to be worn than ordinary shirts, especially the collar and cuffs of the shirt are most likely to be worn, mainly because the collar of the shirt is worn out during daily wear. The parts and cuff edges are most likely to rub against the human body or other external substances, and during the washing process, these parts of the shirt are also likely to rub against the washing machine and dryer to cause wear and tear, which will eventually cause these parts to be easily damaged but other parts of the shirt remain intact. If it is in good condition, it affects the durability of the shirt, and is forced to reduce the service life of the iron-free shirt. Generally, the iron-free shirt will be worn out and worn out after about 30 washes.