Strain-Insensitive Helical Conductive Fibers via Rotational Co-extrusion Wet Spinning for Motion-Adaptive Temperature Sensing

Key Points

• Motion-adaptive temperature sensing is achieved through the development of helical conductive fibers, enhancing performance in dynamic environments.
• Key evidence highlights that these fibers maintain effectiveness despite strain, indicating strong applicability in real-world scenarios.
• Using rotational co-extrusion wet spinning, the fibers were engineered for optimal conductivity and adaptability to movement, showcasing innovative material design.
• This technology supports better performance in temperature sensing applications, marking a significant advancement in smart material integration.