All-cotton and high-count seersucker fabric and processing method thereof

Abstract

The invention discloses all-cotton and high-count seersucker fabric and a processing method thereof. The fabric is prepared from warp yarn and weft yarn by interweaving, wherein the warp yarn comprises two groups of warp yarn including pucker-warp and ground warp, the pucker-warp and the weft yarn are interwoven to form a fabric crinkled part, and the ground warp and the weft yarn are interwoven to form a fabric non-crinkled part; both the warp yarn and the weft yarn adopt all-cotton and high-count yarn, the yarn count of the pucker-warp is 40 S-60 S, the yarn count of the ground warp is 60 S-80 S, and the yarn count of the weft yarn is 60 S-80 S. The processing method of the all-cotton and high-count seersucker fabric sequentially comprises following technological processes: warping, slashing, drafting and reeding, beating-up, cropping detection, cloth turning and sewing, singeing, overflow finishing, overfeed soft shaping and airflow soft finishing. With the adoption of the method, the skin-friendly soft seersucker fabric with natural style, good endurance property and excellent breathability can be obtained.

Description

technical field [0001] The invention belongs to the technical field of textile fabrics, and in particular relates to an all-cotton high-count seersucker fabric and a processing method thereof. Background technique [0002] The seersucker fabric has uneven appearance characteristics, does not stick to the body when in contact with the human body, is cool and breathable, and is very suitable for summer use. At present, cotton seersucker fabrics are mainly foamed in three ways: one is weaving foam, which realizes the foaming effect of the cloth surface through the difference in the let-off amount of the two warp beams of the foam warp and the ground warp. The seersucker formed by the bubble method has long-lasting washability; the second is the chemical finishing method, which achieves the foaming effect by printing alkali or partial printing resist resin. The main problem of this method is the washability of the bubbles. The performance is poor, and it will cause great damage...

AI Technical Summary

Problems solved by technology

At present, cotton seersucker fabrics are mainly foamed in three ways: one is weaving foam, which realizes the foaming effect of the cloth surface through the difference in the let-off amount of the two warp beams of the foam warp and the ground warp. The seersucker formed by the bubble method has long-lasting washability; the second is the chemical finishing method, which achieves the foaming effect by printing alkali or partial printing resist resin. The main problem of this method is the washability of the bubbles. The performance is poor, and it will cause great damage to the equipment; there is another way to press the bubbles mechanically. The bubbles formed by this method are unnatural, and the hand feels stiff and the washability is poor.

Conventional cotton woven foam fabrics are usually woven with thicker yarns and plain weave. This weaving method creates a regular and unnatural style on the cloth surface. The purpose of using thicker yarns is to ensure The seersucker fabric will not be torn or stretched during processing, but the roving count seersucker fabric has a strong texture and is not soft enough

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