Product Description
Miracase Magnetic liquid silicone case is specially designed for your iPhone 16 Pro (6.3 inch) smartphone. With its perfect fit and stylish Light Purple color option, it adds an aesthetic touch to your phone while providing top-tier protection. Thanks to its built-in magnet structure, it works fully compatible with MagSafe-enabled accessories and wireless chargers; offering a comfortable usage without interrupting your charging experience. Manufactured from premium liquid silicone rubber material, this case creates a wonderful grip feeling in the hand thanks to its smooth outer surface. The four-layer structural design with an enhanced 2.8 mm thickness increases durability against impacts, drops, and scratches that may be encountered in daily use. At the same time, thanks to its anti-fingerprint surface technology, your case always looks clean and stylish. The soft anti-scratch microfiber lining on the inside gently wraps the back surface of your phone, providing extra protection against scratches. Developed with a full-body protection concept, the model prevents the screen and camera lenses from directly contacting the surface thanks to its raised camera frame and screen edge protrusions when you place your phone face down on a flat surface or in case of accidental drops. You can choose the one you wish among different color options that will match your daily combinations and style, and freely complete your phone's style according to the day's outfit. It is an ideal protection accessory that extends the lifespan of your iPhone 16 Pro device and allows you to use it safely with both its elegant design and functional details.
Product Features
Additional Information
Miracase Magnetic Liquid Silicone Case is designed to meet the expectations of iPhone 16 Pro users. Thanks to its ergonomic structure, it does not cause discomfort when carried in a pocket or bag, and provides full access to the device's buttons and ports. Manufactured from quality materials for long-lasting use, it can be easily installed and removed thanks to its flexible structure.