Flexible lighting and flexible display are the most fascinating places for OLED applications. Whether it is a rolled up lamp or a rolled up screen, it can be achieved by applying a luminescent organic coating to the material that can be crimped. This will greatly expand people's understanding of the concept of lighting. Gao Ming said.
In addition to flexibility, OLEDs have many irreplaceable features. For example, in the field of flat panel display, compared with the traditional liquid crystal display, the O LED display can replace the functions of the original electronic components by coating, which can make the screen thinner, the color will be more vivid, and there is no visual dead angle. It is reported that Nokia and other mobile phone brands have tried to use OLED as a mobile phone display material.
General Electric will focus on OLED applications for indoor white lighting in the next few years. At present, the illumination efficiency of OLED white light in the laboratory is close to 50 lumens/watt, which is equivalent to the level of ordinary household fluorescent lamps. It is understood that they expect to launch the first flexible lighting products next year, but the specific product form has not been disclosed. They also said that they are willing to conduct cooperative research on OLEDs with domestic companies.
Large-scale production has a lot of advantages for OLEDs, does it mean that it will quickly replace traditional lighting and even LEDs? The industry is still cautious about this attitude. Although the technologies and processes are relatively mature, they are the result of the laboratory. In the face of mass production required for commercial applications, there are still difficulties.
According to reports, the current OLED luminescent materials in the trial production stage is about tens of inches square, which is smaller for lighting applications. How to make large-scale while taking into account the cost and downstream manufacturers' needs, we need to constantly explore.
In recent years, Shanghai has also taken action in the field of OLED research and development. The Municipal Science and Technology Commission basically supports one or two topics every year. Fudan University, Shanghai University, SVA and other institutions and enterprises all participate. As an emerging lighting technology, OLEDs must continue to follow up. However, in terms of large-scale application promotion, we still focus on LEDs. In any case, the future lighting market is unlikely to stand out from the crowd, and the more technically it is, the more choices consumers have.
In addition to flexibility, OLEDs have many irreplaceable features. For example, in the field of flat panel display, compared with the traditional liquid crystal display, the O LED display can replace the functions of the original electronic components by coating, which can make the screen thinner, the color will be more vivid, and there is no visual dead angle. It is reported that Nokia and other mobile phone brands have tried to use OLED as a mobile phone display material.
General Electric will focus on OLED applications for indoor white lighting in the next few years. At present, the illumination efficiency of OLED white light in the laboratory is close to 50 lumens/watt, which is equivalent to the level of ordinary household fluorescent lamps. It is understood that they expect to launch the first flexible lighting products next year, but the specific product form has not been disclosed. They also said that they are willing to conduct cooperative research on OLEDs with domestic companies.
Large-scale production has a lot of advantages for OLEDs, does it mean that it will quickly replace traditional lighting and even LEDs? The industry is still cautious about this attitude. Although the technologies and processes are relatively mature, they are the result of the laboratory. In the face of mass production required for commercial applications, there are still difficulties.
According to reports, the current OLED luminescent materials in the trial production stage is about tens of inches square, which is smaller for lighting applications. How to make large-scale while taking into account the cost and downstream manufacturers' needs, we need to constantly explore.
In recent years, Shanghai has also taken action in the field of OLED research and development. The Municipal Science and Technology Commission basically supports one or two topics every year. Fudan University, Shanghai University, SVA and other institutions and enterprises all participate. As an emerging lighting technology, OLEDs must continue to follow up. However, in terms of large-scale application promotion, we still focus on LEDs. In any case, the future lighting market is unlikely to stand out from the crowd, and the more technically it is, the more choices consumers have.
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