One-way moisture absorbent shirt fabric used in winter and processing technology thereof

Abstract

The invention discloses a one-way moisture absorbent shirt fabric used in winter and a processing technique thereof and relates to the technical field of textiles. The shirt fabric is a double-layer fabric, a surface layer is formed by core-spun yarns of 60S pure cotton-coated polypropylene fiber 20D filaments and 60S pure cotton / polyester fiber (65 / 35) strands, an inner layer is formed by 150DDTY polyester fiber filaments, and the gram weight of a finished product is about 145g / m<2>. The specific processing technique comprises the following steps: (1) raw material selection, (2) blowing, (3) cotton carding, (4) drawing, (5) roving, (6) yarn spinning, (7) core-spun yarn making, (8) making of polyester fiber-cotton blended yarns, (9) spooling, (10) doubling, (11) yarn twisting, (12) warping, (13) slashing, (14) weaving, (15) dyeing and finishing and (16) roll formation. The shirt fabric made by the processing technique has the advantages of good moisture absorption, good moisture wicking property, strong crease resistance, good elasticity, difficult deformation, stiffness and smoothness, good style retention and good comfort and is suitable for large-scale popularization.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to a one-way moisture-wicking shirt fabric used in winter and its processing technology. Background technique [0002] Shirts refer to single clothes that are worn next to the body, also known as shirts. Generally speaking, the better the shirt, the more beautiful and comfortable it is. It is thin and crisp and elegant, and it needs comfort, breathability, moisture absorption, etc. [0003] At present, winter shirt fabrics are generally made of pure cotton or cotton-polyester blended fabrics, with plain weave. The cotton-polyester content in cotton-polyester blends is different. Pure cotton has good hygroscopicity, but poor wrinkle resistance and shape retention. ; Polyester in cotton-polyester blended fabrics has the characteristics of good elasticity, not easy to deform, and crispness, which can improve the wrinkle resistance, crispness and shape retention of the fabric, but the...

AI Technical Summary

Problems solved by technology

[0003] At present, winter shirt fabrics are generally made of pure cotton or cotton-polyester blended fabrics, with plain weave. The cotton-polyester content in cotton-polyester blends is different. Pure cotton has good hygroscopicity, but poor wrinkle resistance and shape retention. ; Polyester in cotton-polyester blended fabrics has the characteristics of good elasticity, not easy to deform, and crispness, which can improve the wrinkle resistance, crispness and shape retention of the fabric, but the hygroscopicity of polyester is relatively poor. The wetness is relatively poor, and it cannot be discharged in time after absorbing human sweat. It is attached to the skin and has poor comfort.

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