(Compiled by LEDinside) Please mark the source wholesale Street Lamps Factory for reprinting! For more LED information, please follow the official website or search WeChat public account (LEDinside). This technology can be used in future Mini/Micro LED displays. Its technological breakthroughs in narrowband red phosphors (PFS-KSF) and green phosphors will promote the faster integration of these materials into new display applications such as Mini/Micro LEDs. In addition to the red phosphor,
GE is also testing a new green phosphor, which can reach 88% of the Rec.. GE said that technological breakthroughs in the field of narrow-band phosphors will help promote the ‘color revolution’ of Mini/Micro LED displays. Recently, GE announced that it has deposited its red phosphor material on a plastic substrate through an inkjet printing process.GE is focusing on the development of the MiniLED and Micro LED display market. Image source: GE GE pointed out that so far, nearly 40 billion LEDs containing PFS-KSF are used in commercial displays. 2020 standard when combined with the red phosphor
Micro LEDs can be folded, twisted and cut, and can be attached to different surfaces, helping to lay the foundation for the manufacture of next-generation flexible wearable displays.Researchers at the University of Texas in the United States have developed a new method based on graphene that can manufacture highly flexible Micro LEDs. (Compiled by LEDinside Janice) Please indicate the source for reprinting! For more LED information, please follow the official website or search WeChat public account (LEDinside). According to reports,
the researchers used remote epitaxy to grow LED crystals on a sapphire crystal substrate, and use a single atomic layer of 2D graphene for coating, which can prevent the LED from sticking to the sapphire substrate. Image source: Journal of ‘Science Advances’ Graphene does not form any chemical bonds with the LED, which helps the LED to fall off the wafer, which also means that the sapphire wafer and graphene coating can be reused many times. This flexible LED can be applied to flexible lighting, clothing and wearable biomedical equipment. According to the researcher, bending or shearing will not affect the quality and electronic characteristics of the LED
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