한국정보디스플레이학회:학술대회논문집
- 2007.08a
- /
- Pages.445-446
- /
- 2007
Flexible Ultra-high Gas Barrier Substrate for Organic Electronics
- Yan, Min (General Electric Global Research Center) ;
- Erlat, Ahmet Gun (General Electric Global Research Center) ;
- Zhao, Ri-An (General Electric Global Research Center) ;
- Scherer, Brian (General Electric Global Research Center) ;
- Jones, Cheryl (General Electric Global Research Center) ;
- Smith, David J. (General Electric Global Research Center) ;
- McConnelee, Paul A. (General Electric Global Research Center) ;
- Feist, Thomas (General Electric Global Research Center) ;
- Duggal, Anil (General Electric Global Research Center)
- Published : 2007.08.27
Abstract
The use of plastic substrates enables new applications, such as flexible display devices, and other flexible electronic devices, using low cost, rollto-roll (R2R) fabrication technologies. One of the limitations of polymeric substrate in these applications is that oxygen and moisture rapidly diffuse through the material and subsequently degrade the electro-optical devices. GE Global Research (GEGR) has developed a plastic substrate technology comprised of a superior high-heat polycarbonate (LEXAN(R)) substrate film and a unique transparent coating package that provides the ultrahigh barrier (UHB) to moisture and oxygen, chemical resistance to solvents used in device fabrications, and a high performance transparent conductor. This article describes the coating solutions for polycarbonate (LEXAN(R)) films and its compatibility with OLED device fabrication processes.
Keywords