The innovative material is very promising for use in flexible electronic devices
Chinese university create highly flexible NFC circuits using calligraphy paper. Source: en.ustc.edu.cn
Researchers at Hefei University of Science and Technology of China have developed a flexible, high-strength transparent film and showed how it can be used to implement an NFC module.
The micro-nano composite structure of the film could?disperse the stress in a wider multiscale three-dimensional network through the high-density hydrogen bond network, which avoided?stress concentration, and achieved?high strength and high flexibility at the same time.
In addition, the film did?not form destructive creases after being completely folded and could?be restored to its original shape after being rolled up. The multiscale film also had?excellent thermal stability.
Compared with the widely used unsustainable petroleum-based plastic film, the biodegradable multiscale cellulose-based film had?no obvious change at a high temperature of 250 °C, while the widely used petrochemical plastic film completely softened and deformed at this temperature.
Owing to these outstanding characteristics, these advantages of the multiscale film make it an ideal film material for applications in precision optical devices and flexible electronic devices. The researchers used the multiscale film as a substrate to fabricate an NFC circuit. The film integrated with the NFC circuit not only exhibited high transparency and high haze but also had excellent flexibility.
Even if the film was severely bent, the information written in the film could still be read quickly and accurately by the smartphone.
We’ve reported that here’s how many SMBs plan to accept crypto payments.
SEE ALSO:
Pay Space
Our editorial team delivers daily news and insights on the global payment industry, covering fintech innovations, worldwide payment methods, and modern payment options.
