Samsung has commenced the distribution of its eagerly awaited Samsung Galaxy S24 Ultra in select regions. The recently released Galaxy S24 Ultra boasts a titanium construction, which is a notable attribute of the device. Currently, there is a significant concern regarding the long-lasting nature of its titanium construction and the highly praised Gorilla Armour. Fortunately, Zack from JerryRigEverything has subjected the Galaxy S24 Ultra to a thorough durability examination, encompassing assessments of scratches, burns, and the notorious bend test.
Samsung fails to provide the precise grade of titanium utilised in the Galaxy S24 Ultra, which is a significant omission. Apple, for example, uses grade 5 titanium, which is a superior option compared to the more prevalent grade 2. Companies frequently emphasise their utilisation of grade 5 titanium due to its elevated price, but companies employing grade 2 titanium may choose to maintain a more discreet approach. The titanium grade used in Samsung’s flagship phone is secret, which adds an air of mystery to the phone’s construction.
Galaxy S24 Ultra Passes Bend Test
The Gorilla Armour glass on the screen shows minor scratches at level 6 on the Mohs hardness scale, which is a common outcome in these tests. Nevertheless, what is particularly fascinating is the lack of “more pronounced furrows at level 7,” which deviates from the usual pattern. The Gorilla Armour demonstrates its acclaimed performance, with more pronounced grooves only becoming apparent at level 8 – a remarkable achievement in the realm of mobile devices.
Although the titanium exterior is not completely impervious to scratches, it does indeed display scratches. There is ambiguity on whether the buttons are composed of titanium or an aluminium alloy. Zack deconstructs the S Pen to expose its internal constituents. When exposed to a flame, the pixels have a lifespan of approximately 30 seconds before they become white and are unable to be restored.
The Galaxy S24 Ultra demonstrates its durability by remaining undamaged throughout the bend test. When subjected to bending forces from both sides, the Samsung flagship device exhibits limited flexibility without any signs of shattering, indicating its strong structural integrity. For consumers contemplating using this smartphone as their primary device, the durability insights provided by JerryRigEverything give vital information for individuals who are keen to guarantee that their investment can endure the challenges of regular usage.
