Lightweighting and thinning have always been the goal of the display. Whether it is TFT or EL display technology, reducing the thickness and weight, and even reducing the use of energy and resources, has always been the goal of many manufacturers.
With the stabilization of existing display technologies and products, Japan's plastic substrate technology will be the basic and technologically advanced indicator for the next stage of display technology. At the Filmtech exhibition site, trial products, including Mitsui Chemicals, JSR, Toray, Sumitomo, and Teijin Materials, will soon be implemented within the next year. Mass production of a new generation of transparent plastic substrates, high transparency plastic materials can reach almost 250 °C, can withstand processing processes such as glass substrates.
According to estimates by Japanese manufacturers, the replacement of glass substrates with new materials can reduce the thickness by 40-50%, reduce the weight by more than half, and at the same time significantly reduce the energy consumption and carbon emissions of manufacturing. Flexibility is a gimmick, but the impact resistance will increase dramatically. The first is that some small-sized portable displays will enter the market, including mobile phones, laptops, and IPAD tablet computers. The display technology used in the industry can be performed on existing polysilicon or organic EL (OLED). In particular, EL places special emphasis on the future roll-to-roll (R2R) coating and microfabrication molding technologies. Once the continuous display film technology can be put into practical use, it will be extremely competitive and convenient. This explosive product breakthrough may advance with a mode that is different from the current LCD display. The Japanese manufacturer seems to have completed preparations. For example, JSR's ARTON Film has been able to replace PET as one of the main substrates for conductive films, and was officially mass produced in Korea in January this year.
With the stabilization of existing display technologies and products, Japan's plastic substrate technology will be the basic and technologically advanced indicator for the next stage of display technology. At the Filmtech exhibition site, trial products, including Mitsui Chemicals, JSR, Toray, Sumitomo, and Teijin Materials, will soon be implemented within the next year. Mass production of a new generation of transparent plastic substrates, high transparency plastic materials can reach almost 250 °C, can withstand processing processes such as glass substrates.
According to estimates by Japanese manufacturers, the replacement of glass substrates with new materials can reduce the thickness by 40-50%, reduce the weight by more than half, and at the same time significantly reduce the energy consumption and carbon emissions of manufacturing. Flexibility is a gimmick, but the impact resistance will increase dramatically. The first is that some small-sized portable displays will enter the market, including mobile phones, laptops, and IPAD tablet computers. The display technology used in the industry can be performed on existing polysilicon or organic EL (OLED). In particular, EL places special emphasis on the future roll-to-roll (R2R) coating and microfabrication molding technologies. Once the continuous display film technology can be put into practical use, it will be extremely competitive and convenient. This explosive product breakthrough may advance with a mode that is different from the current LCD display. The Japanese manufacturer seems to have completed preparations. For example, JSR's ARTON Film has been able to replace PET as one of the main substrates for conductive films, and was officially mass produced in Korea in January this year.
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