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Corning announced Gorilla Glass 6, the new version of glass used by most smartphone manufacturers to provide screen protection and, in many cases, even the back cover. The new generation continues in the direction started with Gorilla Glass 5, wishing to improve its resistance to mechanical shocks. Corning says the sixth generation is stronger than the fifth and that it can survive twice as much as abuse.
The company praised the new glass Gorilla Glass 6 with an average resistance of 15 impacts a meter twice more than a device protected by Gorilla Glass 5. This resistance improved has been achieved using a new chemical cure process. It remains to be seen, however, how the new Gorilla glass is scratch resistant. Gorilla Glass 5 was a more impact-resistant version than Gorilla Glass 4, but from a standpoint of day-to-day resistance, fifth-generation glass was scratching much faster.
The reason Gorilla Glass 5 was easier to crack was caused by the chemical process used in the treatment. This creates a softer bottle, but with a "soft" outer surface. If Corning continued to use the same manufacturing process for Gorilla Glass 5, we could see similar results for the new generation.
Certainly, Gorilla Glass 6 will be used in the construction of all the best smartphones (and not only) of the next generation of major manufacturers around the world. When it comes to Apple, however, the situation is a little more complicated. Corning has collaborated with Apple to develop the Ion-X glass on the iPhone 8 and the iPhone X. The engineers of both companies have worked together to develop an ultra-resistant bottle that will remain exclusive to the devices. Apple
. if Gorilla Glass 6 goes up to the resistance level of the Ion-X glass or if it exceeds its resistance level but if we look online at the fallback tests of the current generation phones of Apple, it probably should not rely so much on the fact that the glass is resistant to the impact with the ground. However, the thin glass used to develop smartphones remains a fragile material, no matter how much it would be reinforced in the manufacturing process.
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