Manufacturing method of waxy fabric and waxy clothing

Abstract

The present invention proposes a method for making a waxy fabric, which includes the following steps in turn: a. weaving: using nylon to weave the fabric body; b. pre-water repellent treatment; c. coating coating finishing agent; d. drying: Drying at a temperature of 100-105°C; e, post-water repellent treatment; f, baking: baking at a temperature of 160-180°C for 2-4 minutes. After adopting the technical scheme of the present invention, the wax-like printing realized on the nylon fabric has simple printing process, high printing output, and very good color fastness, wax-like printing, variable patterns, and the printing effect has wax-resistant printing marble pattern Effect, fashionable pattern, high cost performance of waxy printing, the price of coating finishing agent is about 5 yuan / yard, the price of waxy coating finishing agent (ie rosin) is 2.5 yuan / yard, no need to open the plate, which is equivalent to heat transfer printing The price of plate printing is good, cost-effective, and has the function of water repellency, and has both hand feeling and crispness.

Description

technical field [0001] The invention relates to a manufacturing method of a waxy fabric and a waxy garment. Background technique [0002] Printing is a process of printing various patterns or patterns on textiles. The printing elements are varied, such as large flowers, sporadic broken flowers, realistic flowers, abstract flowers, etc., coupled with the different shades of colors and different saturation levels, they can form a unique style, which is popular among men, women and old people. Loved by children of all ages, the market acceptance is relatively high. [0003] For printed products, consumers' requirements are no fading and discoloration after washing, bright color and soft hand feeling. At present, the three most common materials for sportswear on the market (excluding various clothing cut printing processes), cotton can obtain various nostalgic and retro printing patterns through reactive printing, and polyester can obtain various bright colors through thermal ...

AI Technical Summary

Problems solved by technology

[0005] (1) Acid dye printing: use flat screen or rotary screen to print, and the process flow is pre-treated nylon fabric such as desizing→printing→steaming→anti-staining→cold washing→fixing→cleaning→cold washing , the printed product obtained is soft to the touch and bright in color, but there are fatal flaws, such as discoloration on the surface, serious whitening by light pulling, poor color fastness, and discoloration after washing;

[0006] (2) Cold transfer printing: Use acid dyes with good solubility and good stability to make color paste, and adjust the surface tension between the color paste and paper, and print the pattern clearly on the paper that has been coated with release agent , dry and roll it, then pad it with the printing pretreatment solution, then align and paste it with the transfer paper, and dissolve the color paste on the transfer unit paper. Under a certain pressure, because the affinity of the dye to nylon is greater than Transfer paper, the dye is transferred to the fabric and enters the fabric gap, and finally the paper is separated from the fabric, and then dried, steamed, washed, and shaped to obtain a printed product. The obtained printed product is soft to the touch, excellent in color fastness, energy-saving and environmentally friendly. However, the printing process is complicated, the printing depth cannot be reached, the printing output is low, and the price is expensive

[0007] In addition, the patterns obtained by the above two printing processes are invariable and not adjustable

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