Silk-screen printed glass lens technology is a processing technique that uses the screen printing process to apply ink onto the glass surface, forming patterns, logos, or functional coatings. This technology is suitable for various substrates, including flat glass, curved glass, and tempered glass, and offers characteristics such as high precision, wear resistance, and corrosion resistance. Its core advantages include high pattern clarity, strong adhesion to the glass, and support for diverse customization, meeting both aesthetic and functional requirements in different scenarios.
Technical Advantages and Performance Indicators of Silk-Screen Printed Glass Lenses Four Core Technical Advantages
High-Precision Printing: Achieves micron-level precision pattern printing on smooth glass surfaces, with sharp edges for text and patterns, reaching a resolution of 100-300 dpi, suitable for complex logos and decorations.
Wear and Durability: Utilizes high-viscosity specialized inks that form chemical bonds with the glass surface after high-temperature curing, achieving a Mohs hardness of up to level 7, ensuring long-term resistance to scratching or fading.
Corrosion Resistance and Protective Function: The etching solution applied through screen printing forms a protective film on unprinted areas, enhancing the glass's resistance to acids, alkalis, salt spray, and other environmental factors, thereby extending its service life.
Design Flexibility: Supports multi-color overprinting, gradient colors, and texture effects, allowing for customization of patterns, logos, or light transmittance according to customer needs, catering to the aesthetic and functional requirements of various industries.