Also, the bezel, or grooved area used to hold the screen in place, can be made narrower because XCVTM is highly resistant to thermal expansion, enabling more stylish product designs. In addition, XCVTM does not require structural components needed to support plastic LGPs, so it helps to reduce display weight.
AGC, by adopting its proprietary extra-efficient float process developed for the production large glass substrate, is prepared to mass-produce and quickly deliver XCVTM to meet strong demands from TV and display manufacturers.
LGPs use the edge-lit method to transmit and diffuse light from LEDs placed at the screen’s edges, resulting in improved backlighting of the screen. Whereas existing glass materials are not suited to LGPs due to their low transmittance, XCVTM is a highly suitable LGP material because it offers the necessary high transmittance to assure extra-bright displays.
“AGC developed its new XCVTM glass substrate to replace conventional plastic LGPs by applying the company’s century of excellence in manufacturing diverse glass products. XCVTM is a highly advanced glass substrate that enables large, bright TV displays to be produced with 5mm thinness,” said Tadashi “Bruce” Murano, General Manager of AGC’s Applied Glass Materials General Division.
Going forward, AGC will continue to drive progress in the TV and display market by enhancing the properties and performance of XCVTM to satisfy the evolving demands of manufacturers to produce larger, brighter and thinner TVs and displays for consumers.