This study focuses on the development and characterization of ceramic inks for inkjet printing with ceramic surface patterns, in particular the examination of their conductivity, surface tension and shear viscosity. Three distinct colored ceramic inks were prepared, each with varying compositions to explore their potential for effective ink-jet printing. The electrical conductivity of the inks was measured to assess their suitability for producing consistent and high-quality prints. Surface tension measurements were conducted to ensure proper ink behavior during the printing process, while shear viscosity was analyzed to determine the flow characteristics essential for avoiding nozzle clogging and ensuring smooth application. Results indicate that the prepared ceramic inks exhibit electrical conductivities within an acceptable range for ink-jet printing, demonstrating their potential for producing electrically conductive ceramic components. Surface tension values were found to be within the optimal range for ink-jet applications, ensuring good droplet formation and deposition. Shear viscosity measurements show that the surface pattern ink has proper flow, and all three colors show a stable viscosity suitable for high-resolution printing.

Keywords: Ceramic surface pattern design, Graphic design.