As reported by Kuai Keji on September 20th， the Weibo topic “The first batch of iPhone 17 film application victims have appeared” has trended， drawing significant attention.
Several netizens have shared their iPhone 17 series devices exhibiting “scratches” on social media platforms. According to user feedback， they encountered issues while applying screen protectors using dust-free application tools. It appears that these very tools inadvertently scratched the aluminum alloy frames of the iPhone 17 series. Witnessing such damage on a brand-new device immediately after receiving it has understandably left many users disheartened.
Notably， the choice of aluminum for the iPhone 17 series’ frame， as opposed to the more durable titanium used in previous Pro models， has contributed to this problem. The lower hardness of aluminum compared to titanium means it is more susceptible to scratches. This observation has led some to suggest that this generation of the Pro series may have the least impressive build quality in its history. Display models of the iPhone 17 series in physical stores have also reportedly shown numerous scratches， further substantiating these concerns.
It is understood that the iPhone 17 Pro series features an all-aluminum alloy integrated body. The frame and the camera bump on the back are formed as a single piece. Beneath the camera bump， a piece of Crystal Shield glass is integrated to support MagSafe functionality.
This represents a significant shift in Apple’s smartphone design in recent years. The decision to abandon titanium in favor of aluminum alloy for the iPhone 17 Pro series has evidently resulted in a decrease in scratch resistance. This material choice makes the aluminum frame more vulnerable to damage from seemingly benign tools like screen protector applicators.
Industry insiders suggest that the increased complexity of this generation’s iPhone design， including enhanced processing and manufacturing challenges， has contributed to a general perceived decline in overall build quality compared to previous iterations. This could be a strategic trade-off by Apple， potentially balancing design innovation and material costs against durability concerns.
