Low-Temperature printable and stretchable circuit board and its application to flexible hybrid electronics

FHEs have the potential to realize the flexibility and lightness of large-area electronics by taking advantage of traditional semiconductor processing power. In this study, we developed a printable and stretchable conductor with improved durability to cyclic strains by adding small amounts of silver nanowires, and constructed a stretchable circuit board. Low-temperature printing process technology is expected to be used in various next-generation flexible devices.