With the increasing awareness of environmental protection, green, non-toxic and harmless ink based defoamers will become mainstream. The appearance of foam may lead to problems such as uneven ink color, rough surface of printed matter, fuzzy pattern and so on in the process of printing. The use of ink based defoamer can effectively reduce the incidence of these problems, thus improving the quality and appearance of printed matter.

Ink defoamers, including water-based ink defoamers and UV ink defoamers, can quickly destroy and eliminate foam in printing ink. Its chemical composition and surfactant characteristics can interfere with the stability of foam, making foam burst and dissipate rapidly, thus avoiding the adverse impact of foam on the printing process and print quality. The presence of foam may lead to increased shutdown and cleaning frequency during printing, thus reducing production efficiency. The use of ink type defoamer can reduce the generation of foam, thus reducing the number of downtime and cleaning, and improving the operating efficiency of the production line.

In addition, defoamers can also shorten the drying time of ink, further improving production efficiency. Ink based defoamers are typically suitable for various types of printing inks, including solvent based inks, water-based inks, UV curable inks, and so on. This means they can function in various printing environments. Through multiple experiments, it has been proven that UV ink defoamers can maintain stable defoaming effects even in harsh environments, ensuring the stability of the printing process. In addition, some ink based defoamers, such as UV ink defoamers, use environmentally friendly ingredients and do not have any impact on human health or the environment.

In the future, through continuous research and experimentation, the emergence of new materials, processes, and technologies will drive the continuous innovation and development of ink based defoamers. Defoamers will also have stronger defoaming ability and longer anti foaming time, further improving the stability and efficiency of the printing process.