Cold transfer printing process of fine denier high-density polyester fabric

Abstract

The invention discloses a cold transfer printing process of a fine denier high-density polyester fabric. The cold transfer printing process of the fine denier high-density polyester fabric comprises the following steps: printing prepared dispersed ink on a coating film by using a printing machine, and then feeding the transfer film and a fabric into a cold transfer printing machine together; afterthe fabric is treated by pretreatment liquid of a pretreatment device of the cold transfer printing machine, tightly combining the fabric with the transfer film and jointly transferring the fabric and the transfer film through the cold transfer printing device to prepare a printed fabric; and carrying out high-temperature steaming fixation or baking fixation on the printed fabric, and then washing and shaping to obtain a printed fabric finished product. The fine denier high-density polyester fabric prepared by the invention has a good velvet-proof effect by utilizing a leading high-density weaving process. The polyester transfer printing technology is developed by adopting the advanced environmental protection concept, the fabric is endowed with colorful patterns, and the fineness and layering of high-definition photos are presented. The patterns are vivid, rich and clear, the patterns are fine, the artistry is high, the stereoscopic impression is strong, and the effect that general printing cannot be compared is achieved.

Description

technical field [0001] The invention belongs to the field of textiles and garments, and in particular relates to a cold transfer printing process for fine-denier high-density polyester fabrics. Background technique [0002] At present, the main technical means of disperse dye printing for polyester and other synthetic fibers are screen printing and thermal transfer printing. Most of the fine-denier high-density fabrics use thermal transfer printing. Thermal transfer printing uses easily sublimable disperse dyes to make inks and prints on paper, and then transfers the dyes to polyester and other synthetic fiber fabrics under hot pressing. [0003] Existing screen printing technology cannot print on high-density fine-denier fabrics, and thermal transfer printing technology can print patterns on fine-denier high-density polyester fabrics, but thermal transfer printing has two main disadvantages: first, disperse dyes dissolve in solvents Second, the disperse dyes in polyester h...

AI Technical Summary

Problems solved by technology

[0003] Existing screen printing technology cannot print on high-density fine-denier fabrics, and thermal transfer printing technology can print patterns on fine-denier high-density polyester fabrics, but thermal transfer printing has two main disadvantages: first, disperse dyes dissolve in solvents Second, the disperse dyes in polyester have thermal migration phenomenon, especially the thermal sublimation fastness is unstable

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