Jet printing process of fur fabric

Abstract

A jet printing process of fur fabric comprises the steps as follows: (1) pattern design is performed; (2) a film is produced; (3) platemaking is performed; (4) multiple color sprays at different depths are blended; (5) a pattern plate is firstly positioned in a position where jet printing is to be performed as required and then fixed; (6) the blended spray in the lightest color is jet at patternsof the pattern plate according to required amount and position; (7) the second-layer darker color spray is jet on the required positions of the patterns; (8) colors are added to 3, 4, 5...layers according to aesthetic needs of different patterns until satisfaction through the steps; (9) fabric on which patterns are jet is steamed for 3-30 min by a steam box to reach the required color fastness; (10) the product steamed by the steam box is taken out and naturally aired, and a finished product is obtained. Washing is not needed, color loss, fading, change of fuzzy grains on the fur surface, shrinkage and other phenomena of the fabric are avoided, and original fur or fabric can be cut into clothes conveniently; a washing treatment procedure after printing is omitted, water pollution caused bywashing is effectively avoided, and environmental protection is facilitated.

Description

(1) Technical field [0001] The invention relates to a flower spraying process for fur fabrics, which belongs to the industries of fur tanning printing, fur fabric manufacturing and clothing printing. (2) Background technology [0002] Fur fabrics include wool cloth (Australian wool, domestic all-wool or blended, chemical fiber cloth), fur (natural fur and synthetic sheep shearing, veneer sheep shearing) and suede fabrics (including: pig suede, frosted leather, deer suede), these fur fabrics generally can only be patterned or shaped by computer embroidery, hand-painted flowers, appliques, digging and patching, digital printing, screen printing, etc., and now the screen printing process is commonly used The disadvantage is: screen printing needs to be scraped with a scraper, and the dye must be thickened with a scraper. After thickening, a thick layer of paint will be left on the leather or fabric, which feels very stiff. The only way to remove this layer of paint is to wash ...

AI Technical Summary

Problems solved by technology

[0002] Fur fabrics include wool cloth (Australian wool, domestic all-wool or blended, chemical fiber wool cloth), fur (natural fur and synthetic sheep shearing, veneer sheep shearing) and suede fabrics (including: pig suede, frosted Leather, deer suede), these fur fabrics generally can only be given patterns or shapes by computer embroidery, hand-painted flowers, appliques, digging and patching, digital printing, screen printing, etc. Now the screen printing process is generally used The disadvantage is: screen printing needs to be scraped with a scraper, and the dye must be thickened with a scraper. After thickening, a thick layer of paint will be left on the leather or fabric, which feels very stiff. The only way to remove this layer of paint is to wash it with water, but after the washing process, it will cause the leather surface or fabric to lose color, fade, change the hairy texture of the fur surface, and shrink the board, which cannot be compared with the original fur or fabric. Uniformly cut garments; another major disadvantage of this process is that it produces very serious water pollution sources, which is contrary to the current environmental protection regulations and sustainable development requirements