P‐13.9: Developing High‐Performance OLED Materials with Diverse Properties for Various Display Makers

Abstract

Our efforts in developing novelhigh‐performance ETL and R prime materials are presented. These new materials are tailor‐designed for our customers to improve the performance of their AMOLED display products.

Solution-processable phenothiazine and phenoxazine substituted fluorene cored nanotextured hole transporting materials for achieving high-efficiency OLEDs

“…1–5 It is expected to be the mainstay technology of the display industry for at least the next decade. 6–10 OLED technology is also increasing its presence in the lighting industry with applications in a diverse field from lighting panels to being used as high-end automotive taillights. 11–14 However, the devices are fabricated using a thermal evaporation process which makes the process overall quite expensive with numerous disadvantages such as high-power consumption, restrictions in scalability, decreased throughput, high rate of material consumption, complex color patterning process and non-uniform film deposition for large area fabrication while maintaining an enhanced resolution in pixels.…”