Enhancing the adhesion strength of ink-jet printed indium tin oxide films: The role of printing parameters

This study investigates the impact of printing parameters on the adhesion strength of ink-jet films, focusing on indium tin oxide (ITO) and indium oxide (In2O3) films deposited on ceramic substrates with varying printing speed and stack layers. The surface morphology of films with different printing parameters is characterized, and microscratch tests are conducted to calculate the adhesion energy of the films. The relationships between printing parameters, microstructures, and adhesion strength are emphasized, which could provide innovative insights into the mechanical properties of ink-jet printing films dependent on printing parameters. The results are also contributed to a new perspective on the design and repair of ink-jet printed indium tin oxide films.

Automated summary

This study investigates the influence of printing parameters on the adhesion strength of ink-jet films, specifically indium tin oxide (ITO) and indium oxide (In2O3) films deposited on ceramic substrates. Different printing speeds and stack layers are considered. The study characterizes the surface morphology of the films and conducts microscratch tests to calculate the adhesion energy. The relationships between printing parameters, microstructures, and adhesion strength are emphasized, providing innovative insights into the mechanical properties of ink-jet printed films.