Nanofibers In Electronics
Nanofibers drive advancements in the electronics and sensors industry by enabling miniaturization, enhanced conductivity, mechanical flexibility, sensing capabilities, versatile material compatibility, high surface area, ease of integration, and energy efficiency, leading to the development of more efficient, versatile, and responsive electronic devices and sensors
Applications
Energy Storage Devices
Refine the production of clean and purified liquids with nanofiber-based liquid filters that offer enhanced filtration efficiency, high particle capture rates, and effective removal of contaminants
Sensors and Actuators
Develop highly efficient and reliable sensing systems using nanofibers that offer improved sensitivity, selectivity, miniaturization, flexibility, rapid response, and mechanical stability
Flexible and Wearable Electronics
Develop innovative electronic devices that are lightweight, comfortable, and flexible without compromising performance by taking advantage of the properties of nanofibers
Microelectronics and Integrated Circuits
Enhance device performance, functionality, and enable new capabilities in areas such as flexible electronics or advanced integrated circuit designs with nanofibers that enable miniaturization and compatibility with semiconductor manufacturing
Biocompatible Electronics
Improve the efficiency and safety of electronic devices for medical diagnostics, therapeutic applications, tissue engineering, or implantable systems with nanofibers that offer improved biocompatibility, surface modification capabilities, flexibility, electrical conductivity and porosity
Nanofiber Coatings and Films
Develop efficient, high-performance electronic devices with improved functionality and protection with nanofiber coatings and films that enhance conductivity, transparency, surface smoothness, dielectric properties, barrier performance, adhesion, flexibility and versatility
Printed Electronics
Improve device performance, enhance functionality, and drive down manufacturing costs with nanofibers that offer enhanced conductivity, transparency, flexibility, adhesion, and compatibility with printing techniques in printed electronics