Polyester-cotton brushed fabric processing technology

Abstract

The invention relates to the technical field of textile, in particular to a polyester-cotton brushed fabric processing technology. The technology includes the following steps: S1, selecting a piece ofembryo fabric; S2, carrying out cold batching on the embryo fabric; S3, washing the embryo fabric in open width; S4, pre-shaping the embryo fabric; S5, carrying out carbon brushing on the embryo fabric; S6, dyeing the embryo fabric; S7, dehydrating the dyed embryo fabric and drying the dyed embryo fabric in open width; S8, neatening and shaping the embryo fabric; and S9, inspecting the finished embryo fabric. The beneficial effects are as follows: the longitudinal and latitudinal tear strength and fastness of the polyester-cotton treated by the technology can be greater than 15N, and the fastness to acid perspiration of six kinds of fibers, the fastness to alkali perspiration of six kinds of fibers and the fastness to water of six kinds of fibers can reach the corresponding indexes; the polyester-cotton brushed fabric has both velvety and mousse effects, and the quality and style remain unchanged; and comfort and looseness are both achieved while the strength is guaranteed.

Description

technical field [0001] The invention relates to the field of textile technology, in particular to a processing technology for polyester-cotton brushed cloth. Background technique [0002] After the polyester-cotton brushed cloth is processed by the existing treatment process, the tearing strength of the finished product is about 10N in the warp direction and about 8N in the weft direction, which cannot meet the market's high-end polyester-cotton tearing strength fastness requirements. The fastness to acid perspiration of one fiber, six kinds of fiber to alkali and perspiration and six kinds of fiber to water cannot meet the requirements of high-end polyester cotton in the market. In view of the above problems, a new treatment process is needed to improve the finished polyester. The various indicators of cotton. Contents of the invention [0003] The purpose of the present invention is to provide a polyester-cotton brushed cloth processing technology to solve the problems ...

AI Technical Summary

Problems solved by technology

[0002] After the polyester-cotton brushed cloth is processed by the existing treatment process, the tearing strength of the finished product is about 10N in the warp direction and about 8N in the weft direction, which cannot meet the market's high-end polyester-cotton tearing strength fastness requirements. The fastness to acid perspiration of one fiber, six kinds of fiber to alkali and perspiration and six kinds of fiber to water cannot meet the requirements of high-end polyester cotton in the market. In view of the above problems, a new treatment process is needed to improve the finished polyester. Various indicators of cotton