Paperless digital printing can consume high-level products that are difficult to consume in traditional printing processes. Regarding natural fabrics such as cotton, since the natural fibers are hydrophilic, and the disperse dyes capable of digital printing are hydrophobic, it is difficult to separate them, so natural fabrics cannot directly stop digital printing. However, digital printing of natural fabrics can be accomplished by the action of a bridging agent. However, there are still some shortcomings in this paper digital printing process. At the same time, the paperless digital printing is to make the dye into a printing paste, and then print the pattern on a special substrate. After the substrate is attached to the fabric, it is heated to make the pattern on the substrate be transferred. Printed and fixed on the fabric to get printed waste.
As a novel fabric printing process, the paperless digital printing process has played an important role in textile printing, and its printing products are also popular among consumers.
It does not consume paper, and it does not cause indirect water consumption and water pollution caused by paper consumption, greatly reducing environmental pollution, and conforming to the national sustainable strategic strategy. More critically, the paperless digital printing process saves precious energy (such as water resources) from the source, and nearly 50% of the cost of printing and dyeing consumption is energy consumption. Saving energy means lowering the cost of consumption.
The printed patterns are fine, clear, rich in layers and natural in nature, and are capable of printing products similar to photographs and paintings. First of all, paper digital printing costs paper. For example, printing 1m cloth requires 1m paper, which not only consumes a lot of paper, but also increases the consumption cost, but also indirectly brings water and energy consumption, and will constitute an environment.