Hygroscopic superfine fiber leather and its manufacturing method

Abstract

The invention relates to the field of materials for clothing and discloses moisture absorption ultra-fine fiber leather. The moisture absorption ultra-fine fiber leather comprises a dyeing layer, a composite film, a base layer and an anti-wrinkle net layer, wherein the upper surface of the dyeing layer is coated with the composite film, the base layer is arranged on the lower surface of the dyeing layer, and the anti-wrinkle net layer is arranged on the lower surface of the base layer. The dyeing layer is made of micro-fiber materials. The anti-wrinkle net layer is a reticulate body woven from PTT fibers. The invention further discloses a manufacturing method of the ultra-fine fiber leather. The ultra-fine fiber leather has the windproof performance, moisture permeability, waterproof performance, oil-dirt resistance and warmth retention performance and excellent chemical resistance and low temperature resistance, and the peel strength, moisture permeability and elastic recovery rate of the ultra-fine fiber leather are all high. The ultra-fine fiber leather can be effectively recovered from wrinkles through the anti-wrinkle net layer; the dyeing layer is arranged, so that only the dyeing layer needs to be dyed in the dyeing process, dyeing cost is reduced, resources are saved, and the dyeing layer made of ultra-fine fiber materials is not likely to fade.

Description

technical field [0001] The invention relates to the field of clothing materials, in particular to a hygroscopic superfine fiber leather and a manufacturing method thereof. Background technique [0002] At present, the existing clothing materials for making clothes mainly attract the attention of consumers by the durability and appearance of the clothing materials, and most of the clothing materials are single-layer, for example, single-layer clothing materials made of pure cotton materials, and polyester fiber materials. into a single-layer fabric. These clothing materials all have certain performance advantage, also have certain performance defect simultaneously. For example, although pure cotton clothing has a strong moisture absorption and perspiration function, its wrinkle resistance is poor. With the improvement of people's living standards, people have higher and higher requirements for clothing materials, not only requiring beautiful appearance, but also good moistu...

AI Technical Summary

Problems solved by technology

[0003] The existing clothing materials have poor air permeability and uncomfortable wearing. When people are exercising, they tend to sweat a lot. If the sweat cannot be discharged in time, it will make people feel stuffy and uncomfortable, which will affect the comfort of wearing.

When dyeing thicker clothing materials, they are all dyed as a whole. Dyeing is an industry with high pollution and high energy consumption, which consumes water, wastes resources, and increases production costs; clothing materials are easy to fade after dyeing; clothing materials do not have waterproof, oil-proof, and wrinkle-resistant properties. It is easy to wrinkle and reduce the service life of the fabric, especially for the fabric used in curtains and sofa releases

In addition, some clothing materials will be coated with a layer of polyurethane coating, which is prone to blisters during coating, which will affect the quality of clothing materials.

Images