Manufacturing process of Chenille flame-retardant cloth produced by jet

Abstract

The invention discloses a manufacturing process of Chenille flame-retardant cloth produced by a jet in the technical field of cloth production. The manufacturing process needs to prepare the followingraw materials of 21-N yarn, a 150-D DTY material, 300-D black silks, 150-D wool, an air jet loom, a clearing device, a desizing device and a dyeing device. The manufacturing process comprises the following steps of a, manufacturing of Chenille yarn, wherein twisting is carried out on the 21-N yarn, 150-D yarn is inserted into a gap of the yarn in the twisting process, the yarn is cut off throughthe clearing device, and the length of the yarn is controlled; b, manufacturing of the Chenille flame-retardant cloth, wherein the yarn and the 300-D black silks are introduced into two tail leading devices of the jet respectively; d, dyeing, wherein the Chenille cloth after wool adding is completed is fed into the dyeing device for coloring. The manufacturing process of the Chenille flame-retardant cloth produced by the jet has the advantages that a common air jet loom in the market can be utilized to manufacture the Chenille textile cloth, and the product is strong in shading performance andcomfortable in hand feeling, and fills the gap of the market.

Description

technical field [0001] The invention relates to the technical field of cloth production, in particular to a manufacturing process of chenille flame-retardant cloth produced by a jet machine. Background technique [0002] Curtain fabrics are very wide, and many fabrics can be used as curtain fabrics, but we pay attention to the thickness and drape of curtains when choosing fabrics. Traditional curtains are usually composed of three layers of fabrics, one for decoration and one for The next layer of shading is gauze, but this kind of fabric has a poor hand feel and is relatively stiff. Chenille fabric can solve this problem very well, but the traditional production method of chenille flame-retardant fabric is through water-jet weaving. The cost is high, and it is difficult to carry out fine processing. The air-jet textile machine can solve this problem very well. However, at present, it is still difficult to use the air-jet machine to produce the flame-retardant cloth of cheni...

AI Technical Summary

Problems solved by technology

[0002] Curtain fabrics are very wide, and many fabrics can be used as curtain fabrics, but we pay attention to the thickness and drape of curtains when choosing fabrics. Traditional curtains are usually composed of three layers of fabrics, one for decoration and one for The next layer of shading is gauze, but this kind of fabric has a poor hand feel and is relatively stiff. Chenille fabric can solve this problem very well, but the traditional production method of chenille flame-retardant fabric is through water-jet weaving. The cost is high, and it is difficult to carry out fine processing. The air-jet textile machine can solve this problem very well. However, at present, it is still difficult to use the air-jet machine to produce the flame-retardant cloth of chenille. For this reason, We propose a manufacturing process of chenille flame-retardant cloth produced by jet