Anti-fold textile-fabric spraying drying system

Abstract

The invention discloses a spraying and drying system for anti-creasing textile fabrics, which comprises a dye box (1), the dye box (1) is provided with a plurality of dye nozzles (2); one end of the dye box (1) is provided with a heating box ( 3); the other end of the heating box (3) is provided with a rinsing box (5); the bottom of the dye box (1) is connected with a dye filter (9); the other end of the rinsing box (5) corresponding to the heating box (3) is provided with Dehydration box (7); the other end of the dehydration box (7) corresponding to the rinse box (5) is provided with a drying box (19); the inside of the drying box (19) is provided with a placement plate (22), and the top of the placement plate (22) One end is provided with a steam board (23); the other end above the placement board (22) is provided with a hot air board (25). The invention not only has uniform dyeing, reduces cost, improves dyestuff utilization rate, protects the environment, has good cloth drying effect and eliminates cloth deformation, but also has the advantages of ensuring cloth quality and high drying efficiency.

Description

technical field [0001] The invention relates to an anti-pleat type textile cloth spraying and drying system applied in the textile industry. Background technique [0002] At present, most of the dyeing cloth drying systems on the market use dyeing vats for dyeing. Dyeing different colors of cloth requires different color dyeing vats. The cost is high, and the waste water generated after dyeing the cloth is large, which seriously pollutes the environment; and each piece of cloth is consumed. A lot of dyes, a lot of dyes are discharged with waste water, the waste is serious, and the utilization rate of dyes is low; when dyeing cloth and drying, it is easily affected by the climate and the technical level of workers, the quality stability of the dyed cloth is not ideal, and the effect of dyeing cloth Poor; when the dyeing cloth drying system is drying the cloth, when the cloth enters the drying box, the hot air set under the drying box is blown to the cloth to dry the cloth. Du...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the dyeing cloth drying systems on the market use dyeing vats for dyeing. Dyeing different colors of cloth requires different color dyeing vats. The cost is high, and the waste water generated after dyeing the cloth is large, which seriously pollutes the environment; and each piece of cloth is consumed. A lot of dyes, a lot of dyes are discharged with waste water, the waste is serious, and the utilization rate of dyes is low; when dyeing cloth and drying, it is easily affected by the climate and the technical level of workers, the quality stability of the dyed cloth is not ideal, and the effect of dyeing cloth Poor; when the dyeing cloth drying system is drying the cloth, when the cloth enters the drying box, the hot air set under the drying box is blown to the cloth to dry the cloth. Due to the unstable direction of the wind, the cloth is somewhat The corners are not blown by the hot air, and the drying is uneven. The place where the cloth is heated by the high temperature is easy to be burned, and the drying effect of the cloth is poor. At the same time, the cloth is easily deformed when it is conveyed out of the drying box; High temperature water vapor, this part of water vapor may soak the cloth again, and the drying effect of the cloth will be reduced

Therefore, the existing dyeing cloth drying system not only has the problems of high cost, polluting the environment, low utilization rate and poor dyeing effect, but also has the problems of poor drying effect and easy deformation of the cloth

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