Introduction to the advantages and features of digital clothing printing

Introduction to the advantages and features of digital clothing printing

With the rapid development of science and technology, in textile printing, digital printing technology has become mature, and the output of digital printing has also been greatly improved. Although there are still many problems that need to be solved in digital jet printing, many people still believe that it is only a matter of time before digital printing replaces traditional textile printing. Let's first take a look at why clothing printing chooses digital printing processing technology.

Digital printing fabric technology is a high-tech product that integrates machinery, computer electronic information technology, and has gradually formed with the continuous development of computer technology. It first appeared in the mid-1990s. The emergence and continuous improvement of this technology , has brought a new concept to the textile printing and dyeing industry, and its advanced production principles and methods have brought an unprecedented development opportunity to textile printing and dyeing.

To digitally print fabrics, the pattern is input into the computer in digital form, edited and processed through the computer printing color separation and tracing system (CAD), and then the computer controls the micro piezoelectric inkjet head to directly spray the special dye solution onto the textile to form the desired pattern. . Digital clothing printing has the following advantages:

1. Intelligent color matching: From the color point of view, digital printing accurately controls the flow through microcomputers, and the dye colors are rich and bright. As long as the ICC curve is properly matched, the color display of digital printing can reach the extreme.

2. Nano-color paste: The pigment ink used in digital printing is nano-scale pigment paste, which is ejected from an ultra-precision print head under microcomputer control. Its level of fineness is beyond the reach of traditional printing.

3. Higher precision: Fine patterns can be easily controlled by controlling the drop size of the inkjet print head.

In fact, digital printing is to input the pattern into the computer in digital form, edit and process it through the computer printing color separation drawing system (CAD), and then the computer controls the micro piezoelectric inkjet head to spray the special dye solution directly onto the textile to form the desired pattern. . So, where did digital printing come from, do you know?

Digital printing can be divided into five categories: acidic, reactive, coating, dispersed thermal transfer and dispersed direct printing. The combination can be applied to almost all textile materials:

1. Acidic: Suitable for wool, silk and other protein fibers, nylon fibers and other fabrics.

2. Activity: It is suitable for digital printing of cotton, linen, viscose and silk fabrics, and can be used for digital printing of natural fiber fabrics such as cotton, silk and wool.

3. Coating: Suitable for digital inkjet coating printing of cotton fabrics, silk fabrics, chemical fiber and blended fabrics, knitted fabrics, sweaters, towels, and blankets.

4. Thermal transfer printing: suitable for transfer printing on polyester, non-woven fabrics, ceramics and other materials.

5. Direct spray dispersion: suitable for digital printing of polyester fabrics, such as decorative fabrics, flag fabrics, banners, etc.