What is so unique about the silk screen nameplate's screen printing process?
Publish Time: 2024-12-03
As an important part of the field of modern signage, silk screen nameplate has become an indispensable part of modern manufacturing with its unique printing process and wide application fields. Silk screen printing, also known as screen printing, is an ancient and vibrant printing technology. Its unique process characteristics make silk screen nameplate occupy an important position in various product logos, decorations and advertising displays.The uniqueness of the silk screen printing process is first reflected in its wide adaptability. Traditional printing methods, such as flat printing, relief printing and gravure printing, are often limited to flat printing, while silk screen printing breaks this limitation. It can not only print on flat objects, but also on curved, spherical and concave and convex substrates. Whether it is hard metal, glass, or soft textiles and paper, the silk screen printing process can easily cope with it. This strong adaptability allows silk screen nameplate to be applied to objects of various complex shapes and materials, meeting the identification needs of different fields and different products.Secondly, the silk screen printing process has significant advantages in printing effects. The thickness of the ink layer of silk screen printing is much greater than that of other printing methods, generally up to about 30 microns, or even thicker. This thick ink layer not only enhances the three-dimensional sense and texture of the printed product, but also makes the printed color more vivid and full, and has strong light resistance, and can keep the color bright and unchanged for a long time. This unique printing effect makes the silk screen nameplate more visually eye-catching, and improves the overall beauty and market competitiveness of the product.In addition, the silk screen printing process also has great flexibility in ink selection. There are many types of silk screen printing inks, including slurries, adhesives, pigments, and various special inks such as foaming inks and metallic inks. These inks can meet the needs of different customers and achieve a variety of printing effects. For example, the use of foaming inks can print Braille with a three-dimensional sense, while metallic inks can give the printed product a metallic texture, improving the grade and texture of the product.In the production process of silk screen nameplate, the process technology of screen printing plate and substrate pretreatment is also crucial. The production of screen printing plates usually uses photosensitive materials through the method of photolithography, so that the screen holes of the image part are through holes, and the screen holes of the non-image part are blocked. This plate making method is not only high in precision, but also can produce complex patterns and texts. At the same time, the pre-treatment of the substrate is also a key link to ensure the printing quality, including steps such as cleaning, drying, and coating photosensitive glue to ensure that the ink can be evenly attached to the surface of the substrate to achieve the ideal printing effect.The application field of silk screen nameplate is wide, covering multiple industries such as electronics industry, household appliances, automobile manufacturing, and architectural decoration. On electronic products, silk screen nameplate is used to mark product model, brand logo and other information; on household appliances, silk screen nameplate is used for decoration and marking operating instructions; in the field of automobile manufacturing, silk screen nameplate is used to identify key information such as vehicle model and production date; and in architectural decoration, silk screen nameplate is used to identify room number, floor indication, etc.In summary, the silk screen printing process has become the core technology in the production of silk screen nameplates with its wide adaptability, unique printing effects, flexible ink selection and wide range of applications.
