Wired
In the eyes of many people, folding screen mobile phones often fail to give people a sense of steadiness. Perceivable creases and fragile hinges can easily make users worry about body wear and mechanical structure strength.
Recently, foreign machine abuser JerryRigEverything conducted a violent durability test on Huawei Mate X2. Let’s look at the results directly.
First of all, Huawei Mate X2 is divided into external and internal screens. The test results show that the glass cover of the external screen of the machine will be scratched after a screwdriver with a Mohs hardness of 6 is scratched. A screwdriver with a Mohs hardness of 7 will make the external screen appear deeper. Grooves, from this point of view, it should not be a problem to deal with scratches with a Mohs hardness of 6 or less.
The inner screen is more fragile than the outer screen. Tests show that scratches appear when the Mohs’ hardness is 2, and deeper grooves appear when the Mohs’ hardness is 3, which will leave marks if scratched with a nail.
Surprisingly, JerryRigEverything pushed Huawei Mate X2 outwards from the middle of the screen, but couldn’t bend it.
This may be due to the more stable hinge system. It is reported that the hinge system of Huawei Mate X2 uses a variety of special materials and special manufacturing processes, such as zirconium-based liquid metal, and the first introduction of super-strong steel material, which can prevent impact and does not deform. According to related statements, this material is not inferior to automobile strength. The B-pillar and carbon fiber composite materials are also not absent, ensuring high strength and durability while ensuring lightness.
Please indicate the source for reprinting: Fast Technology
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