According to a recently granted patent by the US Patent and Trademark Office, Apple is exploring using a material called ‘Spatial Composites’ to offer scratch and abrasion resistance in future iPhone models potentially. The patent suggests that Apple aims to develop a scratch-resistant back panel, addressing a common concern among users who often rely on protective cases for their iPhones, iPads, Watches, and Macs.
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What Is The Use Of This Technology?
By incorporating this technology, Apple users may be able to use their devices without the need for bulky protective cases, potentially providing a more streamlined and sleek experience. It’s important to note that while Apple has been granted the patent, there is no confirmation of when or if this technology will be implemented in commercial Apple devices.
The Impact on Future iPhones
According to the patent document, Apple plans to utilize abrasion-resistant materials to design a scratch-resistant back panel for iPhones, enhancing their overall strength. The patent credits Apple engineers Stephen Lynch, Teodor Dabov, and Christopher Prest as the inventors of Spatial Composites, the material in question.
In the document, Apple discusses the different materials commonly used in smartphone manufacturing. It highlights that while plastic is scratch-resistant and does not hinder radio connectivity, it lacks strength. On the other hand, metal offers scratch resistance but can interfere with radio signals.
Additionally, ceramic is scratch-resistant but can disrupt connectivity and is not as robust. Apple’s exploration of Spatial Composites indicates an attempt to find a material that combines scratch resistance, radio connectivity, and structural durability for improved performance in their devices.
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