Cotton spinning and weaving processing technology with anti-folding function

Abstract

The invention discloses a cotton spinning and weaving processing technology with an anti-folding function. The technology comprises the following steps of scattering cotton materials in a cotton opening machine to loosen the compacted cotton material into smaller cotton pieces or cotton bundles; making a polyester raw material or a polyester chip raw material extracted from petroleum into a polyester staple fiber; making a nylon raw material into a nylon staple fiber; pouring the cotton raw material after impurity removing, the polyester staple fiber and the nylon staple fiber into a drawing frame to carry out mixing processing so as to form a spun yarn; putting yarn sheets drawn from warps and weft yarns on a weaving machine to carry out weaving; weaving a conductive fiber into a fabric formed through weaving the warps and the weft yarns at equal intervals; and carrying out desizing, scouring and bleaching on a woven fabric through an enzyme, an acid and an oxidizing agent, and carrying out dip dyeing and coloring on a textile in a dye vat. By using the cotton spinning and weaving processing technology with the anti-folding function, problems that a cotton woven fabric is easy tofold, and is easy to shrink after washing so that usage is affected and static electricity is easy to generate can be effectively solved.

Description

technical field

[0001] The invention relates to the technical field of textile cloth processing, in particular to a cotton textile processing technology with anti-wrinkle function. Background technique

[0002] Textile cloth, as the name implies, is a kind of cloth formed through textile processing. There are various types and materials of textile cloth, such as pure cotton fabric, chemical fiber fabric, etc. The most common thing in our life is pure cotton textile cloth. Cotton textiles are textiles made of cotton raw materials. Pure cotton textiles have good hygroscopicity, warmth retention and comfort, but there are still some shortcomings in pure cotton textiles. For example, the traditional pure cotton textiles on the market It is easy to wrinkle, needs to be ironed during use, which brings troubles to users, tends to shrink after washing, affects use, and is prone to static electricity. Therefore, we have proposed a cotton textile fabric processing technology with anti...