There are two main technologies for the commercialization of printable and flexible
electronic devices. One is the manufacture of nanomaterials such as nanoinks and …

Direct printing techniques can provide a shorter manufacturing time, lower cost, and greater
environmental friendliness compared to conventional photolithography. The electrical and …

The microstructural evolution and the adhesion of an Ag nanopaste screen-printed on a
silicon substrate were investigated as a function of sintering temperature. Through the two …

Highly contrasting surface energies were induced on polyimide (PI) substrates using
atmospheric-pressure plasma (APP) to allow precise printing of Ag electrodes that showed …

Direct printing such as inkjet, gravure, and screen printing is an attractive approach for
achieving low-cost circuitry in the printed circuit board industry. One of the challenges for …

High reliability has become one of the crucial requirements for portable electronic devices,
due to the high dependence of their radio frequency (RF) characteristics on the end-user's …

To develop a fast formation method of conductive films by liquid phase sintering using a
normal reflow process, a composite ink was fabricated by mixing a commercial ink …

Abstract Effect of temperature/humidity (T/H) treatment conditions on the peel strength of
screen-printed Ag/polyimide (PI) structures was evaluated by peeling PI films in 90 peel test …

Using flexible bismaleimide-triazine co-polymer as a substrate, inkjet-printed Cu films were
also investigated for low-cost and process feasibility of flexible electronics. After annealing at …

To investigate the effect of the sintering temperature on the electrical properties of a chip on
glass (COG) module, a screen-printed conductive circuit was sintered at various …