Dyeing device for textile processing

Abstract

The invention discloses a dyeing device for textile processing. The device comprises a device body, an operation cavity is formed in the device body, and the back side of the operation cavity is communicated with the outside; a dyeing cavity is formed in the lower end wall of the operation cavity in a communicated mode, a lifting device is arranged in the right end wall of the operation cavity andcomprises a lifting block, and a moving device is arranged in the lifting block. In the dyeing process of the dyeing device, textile products can be moved and stirred for dyeing liquid flowing, the concentration of the dyeing agent is uniform, the dyeing effect is improved, in addition, the dyeing agent can permeate into the textile products due to the flowing pressure of the dyeing agent, and the dyeing fastness is improved; when being collected, the dyed textile products are air-dried first through a drying device, and then are rolled through a rolling device, the rolled textile products can be detached and directly conveyed to the next process for processing, and the operation is convenient and efficient.

Description

technical field [0001] The invention relates to the technical field of textile dyeing, in particular to a dyeing device for textile processing. Background technique [0002] In the traditional dip-dyeing process of textile dyeing, the textiles are usually placed in the dyeing tank for soaking. After soaking, the textiles are manually taken out and dried on the rods. After that, the textiles are rewound manually. During the operation, The low degree of automation leads to low efficiency of textile dyeing. Secondly, during exhaust dyeing, the accumulation of textiles will make the internal dyeing uneven, and the dye cannot penetrate into the interior of the textile, and the dye concentration in the dyeing pool is uneven, which will lead to poor dyeing effect. In addition, after dyeing, when the textiles are taken out manually, the textiles will be pulled and deformed, and it is difficult to carry the flat textiles, which is easy to damage the textiles. The present invention i...

AI Technical Summary

Problems solved by technology

[0002] In the traditional dip-dyeing process of textile dyeing, the textiles are usually placed in the dyeing tank for soaking. After soaking, the textiles are manually taken out and dried on the rods. After that, the textiles are rewound manually. During the operation, The low degree of automation leads to low efficiency of textile dyeing. Secondly, during exhaust dyeing, the accumulation of textiles will make the internal dyeing uneven, and the dye cannot penetrate into the interior of the textile, and the dye concentration in the dyeing pool is uneven, which will lead to poor dyeing effect. In addition, after dyeing, when the textiles are taken out manually, the textiles will be pulled and deformed, and it is difficult to carry the textiles laid flat, which is easy to damage the fabrics

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