Ceramic Cups:
Such as ceramic cups, ceramic teapots, etc., screen printing technology can add a variety of colorful, exquisite pattern decoration to these products, enhance the artistic value of the product and ornamental.
With the rapid development of the ceramic industry, the manufacturing process of ceramic products is also constantly innovated, screen printing as a traditional and effective printing technology, is widely used in the production of ceramic products.
Such as ceramic cups, ceramic teapots, etc., screen printing technology can add a variety of colorful, exquisite pattern decoration to these products, enhance the artistic value of the product and ornamental.
Such as ceramic placemats, ceramic plates, ceramic butterfly, etc., screen printing technology adds a unique charm to ceramic tableware. Through the fine screen plate, the ink is evenly printed on the ceramic surface, forming a rich variety of patterns and colors.
Such as transfer decal paper, screen printing technology can be used in transfer decal paper printing logo, text, bar code, etc., in order to facilitate product identification, tracking and management.
Such as electronic ceramics, ceramic relays, screen printing technology can achieve functional ceramic surface metallized paste coating, so as to improve the electrical conductivity, thermal conductivity or other characteristics of ceramics.
Screen printing technology can achieve high-precision printing, ensure the clarity and accuracy of patterns and texts, and meet the requirements of ceramic products for beauty and practicality.
Special inks can ensure that the printed patterns are bright and durable, not easy to fade, and maintain the lasting beauty of ceramic products.
Screen printing technology is suitable for ceramic products of different shapes, sizes and materials, and has a wide range of applicability.
Screen printing technology can achieve automated and continuous production, improve production efficiency and reduce production costs.
The inks and materials used in the screen printing process can be environmentally friendly and pollution-free, which meets the requirements of modern manufacturing industry for environmental protection and sustainable development.
Ceramic product printing, as a mature and reliable technology, provides efficient, accurate and reliable solutions for the ceramic manufacturing industry, helping the ceramic product manufacturing industry to achieve a higher level of development.
The screen printing process for ceramic cups uses a special screen plate, and the ink is evenly pressed onto the cup surface by a scraper to form exquisite patterns and text. This technology is suitable for ceramic cups of various colors and materials, and can produce colorful and clear decorative effects. The screen printing process has the characteristics of high precision and high efficiency, which can meet the needs of large-scale production and is an ideal choice for personalized customization and decoration of ceramic cups.
Screen printing technology adds unique charm to ceramic tableware. Through fine screen printing, ink is evenly printed on the ceramic surface, forming rich and diverse patterns and colors. This process not only produces bright colors and clear patterns, but also has excellent wear resistance and washability. Screen printing technology improves the artistic value and ornamental value of ceramic tableware, making it more competitive in the market and deeply loved by consumers.
Screen printing technology plays a key role in the production of ceramic decals. It uses a special screen to accurately print exquisite patterns on decals, ensuring clear patterns and bright colors. This technology is easy to operate, efficient, and highly adaptable, and can meet the design requirements of different decals. The application of screen printing technology makes ceramic decals more artistic and ornamental, adding a unique charm to ceramic products.
Screen printing has significant applications in the production of industrial ceramics. It uses a fine screen template to print metal slurry on the surface of functional ceramics through a high-precision thick film screen printing machine, and then sinters it at high temperature to achieve metallization of the functional ceramic surface, thereby improving the electrical and thermal conductivity of ceramic parts. or other characteristics. This process can be achieved through a variety of methods, such as electroless metallization, direct copper metallization, thick film metallization, thin film metallization, etc.