Wet-conduction quick-drying fabric

Abstract

The invention relates to wet-conduction quick-drying fabric, which belongs to the technical field of textile. The fabric is a two-layer structure, a surface layer of the fabric is a plain structure, and an inner layer is a floating loosening structure. According to the two-layer fabric produced on the basis of plant moisture conduction effect, the floating loosening structure on the inner layer adopts a floating wire cluster structure, multiple yarns are concentrated together, interlacing points are few, the floating length is long, and pores are large; and the surface layer adopts the plain structure, interlacing is frequent, and the pores are small. A pore gradient structure which likes a trunk-stem structure of a plant is formed on the surface layer and the inner layer of the fabric, pressure difference is formed by utilizing different sizes of the pores when the water is conducted to produce a differential effect, the wet conduction capacity of a capillary pipe is obviously enhanced along with the variation of the size of capillary hoes of the fabric from the inner layer to the surface layer, and the wet conduction capacity can be realized. The surface layer is connected with the inner layer, so that better communication performance of the pores on the surface layer and the inner layer can be realized.

Description

technical field [0001] The invention belongs to the technical field of textiles, and in particular relates to a moisture-conducting and quick-drying fabric. Background technique [0002] The moisture permeability of fabric directly affects the wearing comfort of clothing. Especially as sports fabrics and work clothes in hot and humid environments, fabrics with good moisture permeability can quickly and unidirectionally transfer the sweat produced by the human body from the inner surface of the fabric to the outer surface of the fabric and evaporate quickly, keeping the skin of the human body Dry and adjust the comfort of the microclimate zone of the human body. [0003] In recent years, there have been reports on the research on the theory of moisture-conducting structure and product design, but most of the previous research has focused on knitted fabrics, and there are few reports on woven fabrics, and the inner layer of the moisture-conducting structure is mostly made of ...

AI Technical Summary

Problems solved by technology

[0003] In recent years, there have been reports on the research on the theory of moisture-conducting structure and product design, but most of the previous research has focused on knitted fabrics, and there are few reports on woven fabrics, and the inner layer of the moisture-conducting structure is mostly made of fabrics with higher moisture-conducting properties. For good hydrophobic fibers, the outer layer uses hydrophilic fibers with better hygroscopicity. Since the inner fiber does not absorb moisture, it mainly relies on wicking to transfer moisture. Sweat will adhere to the body surface or drip along the body surface; while the outer hydrophilic fiber has good water absorption and retention, it is not conducive to the rapid evaporation of water. Contains a lot of sweat causing a clammy feeling

In addition, there is no report on the influence of the moisture-conducting channel on the moisture-conducting performance of the double-layer fabric, which is the key to the rapid moisture-conduction of the double-layer fabric

Images