Close-monitor your Competitor's Move, Request sample copy
Development of Flexible Electronics
The past few years have seen tremendous interest from researchers and manufacturers to develop innovative flexible and bendable electronic devices. Unlike conventional rigid circuit boards, flexible electronics can conform to non-flat surfaces and can even be rolled up or folded. Such flexible form factors allow for entirely new form factors and applications not possible with traditional electronics. However, incorporating components onto flexible substrates poses unique challenges compared to rigid PCBs. While flexible displays and sensors have progressed significantly, developing flexible power sources and energy storage solutions is crucial for truly flexible devices.
This is where conductive polymer capacitors have emerged as the ideal solution owing to their inherent flexibility and bendability. They can easily be printed or coated directly onto thin flexible plastic films without compromising on performance. The resulting flexible energy storage films can simply be integrated into the design of flexible electronics. Products ranging from flexible displays and screens to wearable devices, smart labels and e-skin require flexible energy solutions. Conductive polymer capacitors have been widely adopted in these applications due to their flexibility and ability to withstand bending/folding without damage. Continuous innovations to improve properties such as flexibility profile and bending lifecycle have unlocked newer possibilities and use cases for flexible electronics. This growing field of flexible devices is expected to drive tremendous opportunities for conductive polymer capacitors in the coming years.
Joining thousands of companies around the world committed to making the Excellent Business Solutions.
View All Our Clients