An efficient automatic scouring printing and dyeing process

Abstract

The invention discloses a high-efficiency automatic scouring printing and dyeing process. The high-efficiency automatic scouring printing and dyeing process includes the following steps: ①. Place the cloth on the conveyor belt, and transport it to the singeing machine through the conveyor belt, and the singeing machine burns the fabric. The fluff on the fabric; ②. The fabric burned by the singeing machine is transported to the desizing machine through the conveyor belt, and the desizing machine performs desizing treatment on the fabric; ③. After being transported to the scouring machine by the conveyor belt, it passes through the scouring machine The setting of the first material storage roller and the second material storage roller in the scouring box in the scouring box is convenient for scouring more fabrics at one time; ④, the scorched fabrics are then removed from impurities by the impurity removal device on the scouring machine Processing; ⑤, and then wash the cloth after removing impurities in the washing tank; ⑥, the washed cloth is transported to the dyeing machine through the conveyor belt, and the dyeing machine dyes the cloth. Compared with the prior art, the invention greatly improves the scouring efficiency of cloth scouring, and has good printing and dyeing effect and low labor intensity.

Description

Technical field[0001]The present invention relates to the field of fabric printing and dyeing, which is specifically involved in high-efficiency automated coating printing and dyeing processes.Background technique[0002]At present, the development of the fabric printing and dyeing industry is getting faster, competition is increasingly intense, and the printing and dyeing process of fabrics determines the quality of fabric finished products, and therefore the printing and dyeing process of cloth plays a pivotal position in fabric production. The printing and dyeing process of conventional fabrics generally includes crafts with burning, smelting, cooking, and printing and dyeing, and traditional burning process is to quickly faster the fabric through high temperature flame, or wipe the flavor of the blazing metal surface Rapid warming and combustion, thereby effectively removing the surface of the cloth surface. Then, the dentation process was sent to the next step to the next step, a...

AI Technical Summary

Problems solved by technology

However, in the traditional singeing process, the contact area between the cloth and the flame or the metal surface is small, so that the area where the fluff is burnt after the cloth passes through the flame once is also small, and it needs to be singed many times, which is inefficient

In traditional desizing, the fabric is immersed in water for repeated cleaning, which is inconvenient to operate and low in desizing efficiency

In traditional scouring, it is usually necessary to manually clean the fabric after scouring, which is labor-intensive and inefficient.

In the dyeing process, the dye in the traditional dyeing box will precipitate due to the gravity of the dye after a period of use, and it needs to be stirred again to mix the dye with the aqueous solution. Cloth, the cloth needs to be taken out, so that the whole dyeing process stops, thus greatly reducing the dyeing efficiency

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