These plastic barrier properties were tested and validated by the Centre for Process Innovation, UK.
With a level of protection that surpasses the ideal requirements for such films to date, manufacturers now have the opportunity to extend the lifetime of plastic electronic devices by leaps and bounds!," says Senthil Ramadas, principal investigator of the project.
Research that offers total solutions:
A stumbling block in developing ultra-high barrier substrates has been the availability of an appropriate testing methodology.
Overcoming this hurdle, the IMRE project team has developed a highly sensitive moisture and oxygen permeation measurement system in tandem with the development of the film which is able to effectively measure permeation of less than 10-8g/m2/day. This system has been successfully implemented in a number of service based industry projects.
Adds Senthil, Together with our expertise in encapsulation processes and permeation measurement technologies we are also able to provide a total solution package for industries such as flexible solar cells and OLED displays producers.
The Next Step:
Recognising the potential of the high performance substrate technology, Exploit Technologies Pte Ltd (ETPL), the commercialisation arm of A*STAR, has funded the team through a flagship project that seeks out research with excellent commercialisation potential.
Boon Swan Foo, the Executive Chairman of ETPL said, Exploit Technologies sees commercial potential in A*STAR IMREs breakthrough barrier film technology. It has excellent promise for enabling the fast growing plastic electronics industry. We want to take this technology from the lab to the market.
The research team is already in talks with solar cel
|Contact: Cathy Yarbrough|
Agency for Science, Technology and Research (A*STAR), Singapore