Is it me or is there not a single Samsung phone in that video? Macrumors better doublecheck those posts...![]()
Drooling idiots take a large flat device and sit on it with their fat asses or fat guts and bend it. its only news because it's Apple. Where were all the reporters when people were breakin and bending phones from Samsung, Motorola, Nokia, blackberry over the years? Nowhere, because if you sat on your phone and broke it YOU were to blame. Nowadays no one takes personal responsibility for anything. THIS is the result of the world we live in and the self entitled ********s who think the world owes them a living.
Apple should have realized this during production and built an internal bracing structure. The 6 Plus should not bend that easily, simple as that.
Ok, let's talk about the material used in iPhone: Anodized Aluminium.
Many metals are structurally weakened by the oxidation process, but not aluminum. Aluminum can actually be made stronger and more durable through a process called 'anodizing'. Anodizing involves placing a sheet of aluminum into a chemical acid bath, quite often acetone in laboratory experiments.
Anodized aluminum can be nearly as hard as diamond under the right anodizing process. Many modern buildings use anodized aluminum in places where the metal framework is exposed to the elements.
Because of its strength and durability, anodized aluminum is also used in a number of other applications. Many of the satellites circling the Earth are protected from space debris by layers of anodized aluminum. The automobile industry relies heavily on anodized aluminum for trims and protective housings for exposed parts. Furniture designers often use anodized aluminum as the framework for outdoor pieces as well as the base metal for lamps and other decorative items. Modern home appliances and computer systems may utilize anodized aluminum as protective housing.
Source:
http://www.wisegeek.org/what-is-anodized-aluminum.htm
http://www.anodizing.org/Anodizing/what_is_anodizing.html
http://www.matweb.com/reference/anodize.aspx
http://www.superiormetals.us/aluminum-anodizing-process.htm
Certainly not a weak material as you mentioned.
Anyone who thinks that they can argue their lack of awareness and common sense concerning the placement of an iPhone 6 + in a normal sized pocket without ramifications has got to be a first class imbecile. I cannot believe the idiocy that's out there.
Apple seems proud of their slim phones. It's the commenters on blogs that seem obsessed.Apple is also currently obsessive about thinness and aluminium, even more than during Steve Jobs days.
A large expanse of glass and metal is more bendable than a smaller one? Oh my God! What will they think of next?
Actually, anybody who knows anything about materials and basic, really basic, physics, is not surprised. Now, they could counteract that by making the iPhone 6+ 3/4" thick. Yeah. Then it wouldn't fit into anybody's pocket.
I'm still waiting for the blowtorch test. Bet it doesn't withstand blowtorches! How dare Apple release it to market!
"Surprisingly, the smaller 4.7-inch iPhone 6 appears to be much less malleable than the larger iPhone 6 Plus"
Why would that be surprising?
It would be very useful to know in which direction the phone bends more easily. Most tests I have seen, bend the phone with screen forming the outer part of the curve, the phones from pockets tend be bend the other way. Because if there is one direction where it is less susceptible to bend putting it into your pocket accordingly would be a good idea.
Maybe they could have put in a magnesium chassis underneath?
I see this similar to cars and trucks. Cars are unibody but trucks have a steel frame.
Maybe they could have put in a magnesium chassis underneath?
I see this similar to cars and trucks. Cars are unibody but trucks have a steel frame. The outside panels of trucks are relatively weak but the overall structure is stronger than a unibody design.