This year's iPhone XS series mobile phones are on sale soon, and the news of 'the world's first broken' has been heard. About this generation of iPhone XS, Apple's official website describes its glass material: 'Phone XS/XS Max is equipped with color accuracy The highest OLED display, supporting HDR display, the front and rear of the most durable four-curved glass material, the highest resistance to the last hit. ' At the same time, this year's iPhone XS series of cameras even use a sapphire glass surface.
iPhone XS Max
However, is the iPhone XS series as strong and reliable as the official Google said? Zach Nelson, a well-known savvy JerryRigEverything, released a test video of the iPhone XS Max. Even this 10,000-yuan product did not escape Zac. The 'three-axe' test, that is, knife cutting, fire roasting and smashing.
Knife cutting
Powerful iPhone XS Max
Under his test, the front surface of the iPhone XS was scratched with a 6-level hard object. The same is true for the lens glass. In general, the Mohs hardness of ordinary glass is 6-7, and the sapphire is 8 ~9, the diamond is 10.
In contrast, Zach found a sapphire-faced Tissot watch. In the experiment, the 6-7 hard object could not leave visible marks on its surface.
In the 'fire test', the iPhone XS Max lasted for a minute in the lighter flame, and the results were good.
In the 'body structure test', the iPhone XS Max also performed well, and the experiment did not cause significant deformation of the fuselage.
On the whole, the 'fire test' and the 'body structure test' iPhone XS Max have been recognized for their good results. However, in terms of material hardness, it seems very unsatisfactory, and it is somewhat different from Apple's official promotion. In general The use process, it is generally difficult to make the phone face with the flame front, and few people will hardly touch the phone. But many users may have neglected to make the phone hard against the floor or other hard objects, which also leads users to want to have a Rugged and reliable mobile phone material.
