Dry shirt fabric

Abstract

This invention provides a spinning new material, especially to a dry shirt lining. Its longitude direction is the 100-120dtex abnormity Terylene long silk; the latitude direction is the 13.0-14.5tex pure cotton yarn, after longitude tidying, using machine to weave the material into the plain intertexture, wherein the longitude yarn density is 280-290 roots / cm, the latitude yarn is 250-260 roots / 10cm; then using nanometer compound antiseptic and industrial mildew preventive to deal this intertexture. And the longitude material is the abnormity terylene long silk, the latitude is pure cotton yarn, which is weaved into tabby intertexture, and the inside is the abnormity terylene long silk, which sops fast, keeps little, seldom expands, never affixes skin; the middle is cotton yarn, which keeps water well; the outer side is CF terlyene long silk, which has large surface, vaporizes fast, and has good absorbent to dry the micro-weather area between human body and texture.

Description

Technical field [0001] The invention relates to a new textile material, in particular to a dry shirt fabric. Background technique [0002] Shirt fabrics are required to be light, crisp, smooth, breathable, moisture-absorbing, antibacterial, comfortable and hygienic to wear. Existing shirt fabrics are usually woven from pure cotton, linen, chemical fiber staple fibers and other pure spinning, blended yarns or silk and chemical fiber filaments. Pure cotton and silk fabrics have good hygroscopicity, but poor crispness and wrinkle resistance. Especially after moisture absorption, due to factors such as fiber expansion, they release moisture slowly and are not easy to dry. They stick to the skin and cause discomfort to the human body. Synthetic fiber fabrics are crisp, durable, and have good wettability, but poor hygroscopicity and air permeability, making people uncomfortable when worn. Although the moisture permeability of blended fabrics is improved compared with pure fiber ...

AI Technical Summary

Problems solved by technology

Pure cotton and silk fabrics have good hygroscopicity, but they are crisp and wrinkle-resistant. Especially after moisture absorption, due to factors such as fiber expansion, they release moisture slowly and are not easy to dry. They stick to the skin and cause discomfort to the human body.

Purified fiber fabrics are crisp, durable, and have good wettability, but poor hygroscopicity and air permeability, making people uncomfortable when worn

Although the moisture permeability of blended fabrics is improved compared with pure fiber fabrics, and the crispness and wrinkle resistance are improved compared with pure cotton, linen, and silk fabrics, they still cannot meet people's increasing demand for shirting fabrics.

At present, polyester filaments with special-shaped cross-sections are also used to produce knitted fabrics, but most of them are sportswear, or woven fabrics are produced with polyester filaments in both warp and weft directions, but after being made into shirts, the human body feels stuffy and uncomfortable.

The woven fabric produced by special-shaped polyester staple fiber is used as shirting fabric. Due to the need for sizing, the moisture-conducting channel will be blocked, which will affect the moisture permeability and ventilation effect, and will not achieve the purpose of dryness.