Ice-cold polyethylene fiber wash-and-wear shirt fabric and processing method thereof

Abstract

The invention relates to the field of textile fabric production, in particular to ice-cold polyethylene fiber wash-and-wear shirt fabric and a processing method thereof. The ice-cold polyethylene fiber wash-and-wear shirt fabric is formed by spinning, starching, fabric weaving, desizing, singeing, dyeing and sizing, wherein spinning comprises the step that one or more of cellulosic fibers are selected to blend with one or more of medium-and-low-temperature dyed synthetic fibers to serve as warp yarn, and the fabric is woven by the warp yarn and polyethylene fiber filaments as weft yarn. According to the above dyeing scheme, the ice-cold polyethylene fiber wash-and-wear shirt fabric has good cool contact sense, moisture absorption, sweat releasing performance and comfort.

Description

technical field [0001] The invention relates to the field of textile fabric production, in particular to a cool vinyl non-ironing shirt fabric and a processing method thereof. Background technique [0002] With the improvement of people's living standards, people's requirements for fabrics are becoming more and more refined. In summer or during sports, ordinary fabrics not only have no cool feeling, but also stick to the skin when the human body sweats, which is less comfortable. Common cold fabrics on the market are mostly cool silk fabrics woven from polyester fibers containing mica and other mineral powders, such as the dyeing process of patent CN 102517868A cool silk and cotton blended woven fabrics, which are limited by the amount of powder added. The cooling feeling of ice-cooling silk is far inferior to that of polyethylene. [0003] Ethylene fiber has good thermal conductivity, and it will produce obvious cool feeling when in contact with people. At the same time, E...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's living standards, people's requirements for fabrics are becoming more and more refined. In summer or during sports, ordinary fabrics not only have no cool feeling, but also stick to the skin when the human body sweats, which is less comfortable. Common cold fabrics on the market are mostly cool silk fabrics woven from polyester fibers containing mica and other mineral powders, such as the dyeing process of patent CN 102517868A cool silk and cotton blended woven fabrics, which are limited by the amount of powder added. The cooling feeling of ice-cooling silk is far inferior to that of polyethylene

[0003] Ethylene fiber has good thermal conductivity, and it will produce obvious cool feeling when it comes into contact with people. At the same time, Ethylene does not absorb water, will not stick to the human body, and has good wearing comfort. However, Ethylene itself has defects such as low temperature resistance and difficult dyeing. Application It is more difficult to develop textile fabrics, and there are fewer related products. On the other hand, in terms of non-ironing of shirts, non-ironing finishing technology is currently used, but the durability of non-ironing is poor

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