September 18, 2018
CYNORA, a leader in TADF (thermally activated delayed fluorescence) materials for next-generation OLEDs, presents the latest TADF technology updates and new achievements in deep-blue materials at the OLEDs World Summit in San Francisco, on September 18 – 20, 2018.
OLEDs are on the way to dominate the display market for TV and mobile applications. But a high-efficiency deep-blue emitter for display is mandatory to reach the full potential of the OLED technology. Current state-of-the-art materials and technologies have been unable to bring such a deep-blue material for many years. CYNORA is leading the development of a new technology: TADF. CYNORA is the first company to demonstrate high-efficiency deep-blue materials for OLED display, which can solve the current blue problem.
The innovative TADF technology can be used in several approaches, either in a self-emitting approach or in several co-emitting approaches, such as hyper-fluorescence among others. Andreas Haldi will present these approaches in his talk at the OLEDs World Summit.
“OLED displays request a specific deep-blue material”, says Thomas Baumann, CYNORA’s CSO, “This deep blue is much more challenging than any other color such as skly-blue, green or red. CYNORA is addressing all TADF approaches for deep blue: self-emitting as well as co-emitting.”
“Our strategy is to start with the most challenging material for OLED displays: deep blue. Then we will use our blue know-how to develop the less challenging highly efficient green and red materials rapidly”, says Andreas Haldi, CYNORA’s CMO.
Andreas Haldi will present the newest deep-blue TADF development for displays at the OLEDs World Summit on Wednesday, September 19, 2018.
CYNORA is a leader in TADF technology. The company's focus is on high-efficiency OLED emitter systems. With a multidisciplinary team of more than 110 TADF experts, CYNORA has developed a robust IP strategy with 150 granted patents and expects portfolio of 1000 patents within the next 2 years. CYNORA has established representations in Korea and China and is working closely with its customers on material and device development.