Unidirectional moisture conducting shell fabric

Abstract

The invention discloses a one-way moisture-wicking fabric, which is gray fabric with a double-sided structure formed by weaving polypropylene and modified polyester through a double-sided machine, wherein the inner layer of polypropylene forms a hydrophobic surface in direct contact with the skin, and the modified polyester forms a hydrophobic surface on the outer layer. Hydrophilic surface, polypropylene fiber and modified polyester are interwoven in the middle to form a middle interweaving layer, the mass fraction of polypropylene fiber is 40-50% of the total mass, and the mass fraction of modified polyester is 50-60% of the total mass, The polypropylene fiber is a modified polypropylene fiber, and the dyeing of the modified polypropylene fiber is dyed with a stock solution, that is, according to the formula determined in advance, adding a dye to form a solution in the liquid state of the fiber, and then spinning to directly produce colored silk. The one-way moisture-wicking fabric of the present invention uses two raw materials of polypropylene and modified polyester to weave through a double-sided machine without adding any chemical additives. The finished product can keep the body dry, quickly wick away sweat, and greatly improve the wearing of clothes The effect of the comfort index, and very washable.

Description

technical field [0001] The invention relates to a fabric, in particular to a unidirectional moisture-conducting fabric. Background technique [0002] With the rise of the outdoor market and the continuous improvement of people's requirements for health and comfort, the development of functional unidirectional moisture-wicking fabrics is becoming more and more urgent. However, the existing one-way moisture-wicking fabrics use chemical additives for finishing and processing, and use the chemical characteristics of the chemical additives to realize the effect of one-way moisture-wicking, but there are complex production processes and low product quality stability, especially the product itself. Washable, the more times of washing, the faster the performance will decline, and there are also problems such as the need to increase the printing process, increase energy consumption and cause pollution. People need a new method for improvement. Contents of the invention [0003] Th...

AI Technical Summary

Problems solved by technology

However, the existing unidirectional moisture-wicking fabrics use chemical additives for finishing and processing, and use the chemical characteristics of the chemical additives to realize the effect of unidirectional moisture-wicking. However, the production process is complicated and the product quality stability is not high, especially the product itself. Washable, the more times of washing, the faster the performance will decline, and there are also problems such as the need to increase the printing process, increase energy consumption and cause pollution. People need a new method to improve

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