09.10.2025 17:22
The iPhone 17 series, which Apple launched last month, has been facing new issues almost every day. This time, it has been reported that the orange-colored iPhone 17 Pro Max has started to change color after a short period of use. While there has not yet been an official statement from Apple regarding this issue, there are users who actually prefer the changing color of the iPhone 17 Pro Max.
The technology giant Apple, based in the USA, has continued to be the subject of various discussions since the release of the iPhone 17 series last month. This time, the focus of the discussions is on one of the most striking options of the series, the orange iPhone 17 Pro Max model.
FADE WITH USE
A post on a social media platform quickly gained significant attention. According to the post, the user observed a noticeable change in the color of the phone after using the device for a short period. In the visuals, the back surface, which initially had a vibrant orange color, is seen to have turned a pinkish tone over time.
LIGHT REFLECTION OR MANUFACTURING ERROR?
According to the comments that emerged after the post, users are divided into two camps. Some users argue that this color change may only be due to light reflection, while others suggest that there may have been a mistake in the anodizing process used in Apple's new models.
SMALL VARIATIONS CAN LEAD TO CHANGES
As is known, anodizing, or electrolytic oxidation, is preferred in devices with aluminum bodies to increase durability and ensure that the desired color is applied permanently to the surface. However, small variations in the manufacturing process can lead to changes in color tones over time.
THERE ARE THOSE WHO LIKE THE COLOR CHANGE
So far, there has been no official statement from Apple regarding the issue. On the other hand, some users express that they find the new tone of the device more aesthetic and welcome this change positively. Whether the color change is truly a physical transformation or just an optical illusion has not yet been clarified.