"Japan Display Inc", a small and medium-sized panel company jointly established by Sony, Toshiba, Hitachi and Japan's government-investment fund "Industry Innovation Agency (INCJ)", will participate in research and development projects promoted by Kyushu University and Fukuoka Prefecture, and jointly develop next-generation OLED panels. The biggest feature of the product is the use of luminescent materials that do not use rare metals and can suppress costs. JDI is expected to be mass-produced in 2015, mainly for smart phones.
According to the report, Samsung Electronics has a global market for small and medium-sized OLED panels, so in order to compete with Samsung, JDI plans to use the rare-metal OLED panels in volume production in 2013, and will soon launch the next-generation OLED panel. city.
It is reported that the OLED panel products developed by JDI will be called "TADF" luminescent materials. Because TADF does not need to use rare metal iridium or platinum, compared with the current "phosphorescent materials" using rare metals, TADF Manufacturing costs can be reduced to about 1/10 of the phosphorescent material. According to the report, Prof. Anda Chiba, from Kyushu University, and others have successfully developed TADF materials last year. They are currently applying for patents, and then plan to increase their luminous efficiency to no less than the current phosphorescent materials.
According to the report, Samsung Electronics has a global market for small and medium-sized OLED panels, so in order to compete with Samsung, JDI plans to use the rare-metal OLED panels in volume production in 2013, and will soon launch the next-generation OLED panel. city.
It is reported that the OLED panel products developed by JDI will be called "TADF" luminescent materials. Because TADF does not need to use rare metal iridium or platinum, compared with the current "phosphorescent materials" using rare metals, TADF Manufacturing costs can be reduced to about 1/10 of the phosphorescent material. According to the report, Prof. Anda Chiba, from Kyushu University, and others have successfully developed TADF materials last year. They are currently applying for patents, and then plan to increase their luminous efficiency to no less than the current phosphorescent materials.
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