about the underlying technologies. But the main turning point seems to be the use of polyimide for LCD backplane. Polyimides are strong, flexible plastic that are already widely used in the electronics industry.LG says it has created the "radius of curvature" because polyimide maximum allowed for a very thin backplane (and more flexible)to "conventional" plastic. Transparent display from 18-inch LG has a transmission of 30%, up from 10% for the previous transparent display. As you can see in the image above, 30% seems pretty darn good.The high transmittance level was obtained by reducing the "haze" caused by the underlying display electronics of just 2%.You may not have realized, but every single pixel in your smartphone or laptop,with a large number of switching transistors thrown in for good measure too. This hardware is small to the point that you can't really see it, yet square enough light to make an indistinct material. LG also use the technology pixel transparent design, While both of these prototypes are great strides, LG has a timeline even more impressive for the future: by 2017 will create a 60 inch flexible and transparent OLED display according to the head of R&D at LG Display, these advances allow LG twin " display market in the future." Price regarding 60 inch doesn’t know , but I'm guessing that you will probably have to choose between it and a new mega yachts. Prices and availability aside, though, it's clear that we're quite rapidly towards a future that is full of curved, flexible devices.
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