Ink powder dryer, powder dispersing machine, modification equipment
Release time:
2025-12-06 08:29
Source:
As consumer demand for personalized, high-quality printed products continues to grow, higher requirements are being placed on the precision, color performance, and product stability of inkjet printing processes. The powerful capabilities of coating and modification machines make them suitable for a wide variety of substrate materials in inkjet printing, greatly expanding the application scope of inkjet printing technology.

In fabric printing, whether the fabrics are made of natural fibers such as cotton, linen, silk, or wool, or synthetic fibers like polyester, nylon, and acrylic, as well as their blended fabrics, inks treated by the coating and modification machine demonstrate excellent adaptability. Different fiber materials have varying surface properties and chemical structures, resulting in differing abilities to adsorb and bond with inks. Inks treated by the coating and modification machine can adjust their own performance according to the characteristics of the fiber material, thereby achieving a strong bond with the fibers. In cotton fabric printing, since cotton fibers have high water-absorbing capacity, conventional inks tend to spread easily on cotton fibers, leading to blurred patterns. However, inks modified through coating and surface treatment can quickly form a stable adhesion on the surface of cotton fibers, significantly reducing ink diffusion and ensuring that printed patterns are clear and vividly colored. In polyester fabric printing, polyester fibers exhibit strong hydrophobicity, making it difficult for conventional inks to adhere effectively. By subjecting the ink to surface treatment via the coating and modification machine, its affinity for polyester fibers is enhanced, enabling the ink to firmly adhere to the fiber surface and thus delivering high-quality printing results. 。
In the field of paper printing, coating and modification machines also play a crucial role. Whether it's ordinary printing paper, packaging paper, or specialized art papers and label papers, inks treated by coating and modification machines can be used for printing. In the printing of packaging paper, inks must exhibit excellent abrasion resistance and water resistance to ensure that the printed designs remain intact throughout transportation and storage. After being processed by coating and modification machines, inks have a layer of specially engineered polymers coated onto the surface of the pigment particles, significantly enhancing their abrasion resistance and water resistance. As a result, even after exposure to friction and humid environments, the printed designs on packaging paper can still maintain their clarity and vividness. In the printing of art papers, where high color fidelity and fine detail are essential, coating and modification machines can improve the performance of inks, enabling printed designs to perfectly capture the intricate details and nuanced color gradations of artistic works, thereby satisfying the stringent quality demands of artists and designers in paper printing. 。

For ceramic printing, coating modification machines have also brought new development opportunities. Ceramic surfaces are smooth and have poor ink adhesion; traditional printing methods often suffer from issues such as unstable patterns and dull colors. Ink treated by coating modification machines can form strong chemical bonds on the ceramic surface, significantly enhancing the adhesion and durability of printed patterns. At the same time, thanks to the improved performance of the ink, ceramic prints exhibit richer and more vibrant colors, enabling the creation of more intricate and exquisite designs. In the printing of ceramic tableware, tiles, and other ceramic products, ink treated by coating modification machines greatly enhances the decorative effect of these items, meeting consumers' dual demands for both aesthetic appeal and practicality in ceramic products. 。
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