Click the blue text Follow us The principle of resistance change caused by the length/ shape deformation of materials due to strain has been widely applied in sensor manufacturing. Commercial thin film resistive strain gauges amplify resistance changes by sputtering thin metallic serpentine lines onto polyimide films. However, this strain design has high manufacturing costs … Read more
Research Background Flexible strain sensors have wide applications in electronic skin and health monitoring, capable of detecting signals such as pulse, heartbeat, blood pressure, muscle movement, vocalization, and even facial expressions. Numerous studies on flexible strain sensors based on nano materials like silver nanowires, carbon nanotubes, and graphene have been conducted, enhancing their sensitivity and … Read more
Click the blue text to follow “Textile Report” In the context of the integration of electronic technology and modern textile technology, wearable devices that are more flexible, with more sensitive and accurate signal transmission, and a wider monitoring range have become a research hotspot. Therefore, researchers are focused on developing new types of flexible electronic … Read more
Professor Su Zhiqiang’s research group at Beijing University of Chemical Technology recently published a review article in the Chemical Engineering Journal, titled “Design strategies and applications of wearable piezoresistive strain sensors with dimensionality-based conductive network structures.“ Abstract: The design of conductive network structures in polymer conductive composites (PCC) and the selection of conductive nanofillers of … Read more