Production process of anti-static suit fabric

Abstract

The invention discloses a production process of an anti-static suit fabric. The production process comprises the following steps that an outer-layer fabric is treated by using an alkali-oxygen cold pad-batch process; then the outer-layer fabric is pre-shaped, and dyeing pretreatment is carried out on the outer-layer fabric; then padding the dried fabric is sequentially padded in a fatty acid methyl ester ethoxylate sodium sulfonate solution, a reactive dye solution and an anti-static treatment solution, and color fixation, water washing, soaping, drying and soaping are carried out; and the outer-layer fabric and the inner-layer fabric are bound and fixed by adopting binding warp yarns. The problems that the suit is thick and heavy, has no stereoscopic impression and affects the aesthetic feeling are solved; by adding the anti-static liquid, phosphate ester salt groups in the anti-static liquid and hydrogen bonds of water molecules in the air act on the fiber surface to form a conductive layer, so that the surface resistivity is reduced, and the generated static charges are quickly leaked, so that the anti-static property of the suit fabric is improved.

Description

technical field [0001] The invention relates to the technical field of antistatic suit fabrics, in particular to a production process of antistatic suit fabrics. Background technique [0002] Suits are a particularly important type of men's clothing. They are usually the first choice for formal occasions. Suits have profound cultural connotations, smooth lines, and look more noble and elegant. They are deeply loved by white-collar workers; [0003] The materials used in the production of suits include the outer fabric and the inner lining. However, the current sewing methods of the two fabrics make the suit look heavy and have no three-dimensional effect, which affects the aesthetic feeling, and cannot protect against static electricity. The harm of static electricity It cannot be ignored that static electricity can induce human heart rhythm disorders, blood calcium loss, and skin inflammation. In severe cases, it can even affect the central nervous system and progesterone l...

AI Technical Summary

Problems solved by technology

[0006] (2) by adding vinyl cyclohexyl ether into a closed Erlenmeyer flask containing hydrogen chloride and capping the bottle stopper to obtain intermediate A, adding phenylethyl alcohol to intermediate A, adding a catalyst to obtain intermediate B, and Add phosphorus oxide to intermediate B, place the container containing intermediate B in a constant temperature water bath, then add a neutralizing agent to intermediate B, control the temperature at 90°C, and react for 7 hours to obtain intermediate C. Add sodium hydroxide solution to intermediate C, control the pH value at 9, hydrolyze for 2 hours, add a modifier, and place it at room temperature for 3 hours to obtain the antistatic treatment solution. In the dyeing agent of antistatic treatment liquid, it solves the problem that the existing fabrics cannot protect against static electricity

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