An internal dye extrusion equipment for textile gauze after dip-dyeing

Abstract

The invention relates to an internal dye extrusion equipment for textile gauze after dip dyeing. The equipment comprises a waste frame, a work frame, an expansion bracket, a scraping roller, two extrusion devices, two smearing devices, two electric transmission rollers and a motor, wherein the work frame is installed in the waste frame; the expansion bracket is installed at an inlet at the left end of the work frame; the scraping roller is installed at the upper end of the expansion bracket via a pin roll; the two electric transmission rollers are arranged at the right end of the work frame; the two extrusion devices are installed at the left end in the work frame, and the motor is connected to the rear side of the extension device positioned on the lower side; the motor is installed on the inner wall of the work frame; and the two smearing devices are installed at the right end in the work frame. According to the equipment, the problems that the gauze needs time to be completely soaked, and at present, the time of the gauze for being soaked into a dye vat is not long, so that the gauze often has different soaking degrees at different positions, and thus after the gauze is soaked,both the soaking degrees and dye layer thicknesses of the positions are different can be solved.

Description

technical field [0001] The invention relates to the field of textile gauze dip-dyeing, in particular to an internal dye extruding device for textile gauze after dip-dyeing. Background technique [0002] Textile gauze is a kind of cotton fabric with sparse warp and weft. It belongs to textile raw materials. When the gauze is dipped into the dye vat under the action of the roller to carry out the dip-dyeing treatment, however, the gauze after this dip-dyeing often encounters the following problems: [0003] Since it takes a certain amount of time for the gauze to be completely soaked, and the time for the existing gauze to be immersed in the dyeing vat is not long, the degree of wetting of each position of the gauze is often different, resulting in the degree of wetting of each position of the gauze and the degree of dyeing after the gauze is dipped. The layer thicknesses are all different, which in turn affects the dip-dyeing quality of the gauze. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0003] Since it takes a certain amount of time for the gauze to be completely soaked, and the time for the existing gauze to be immersed in the dyeing vat is not long, the degree of wetting of each position of the gauze is often different, resulting in the degree of wetting of each position of the gauze and the degree of dyeing after the gauze is dipped. The thickness of the layers is different, which affects the quality of the dyeing of the gauze

Images