Product Description
Miracase Magnetic for iPhone 15 Plus Case is a special protective case that fits your lifestyle perfectly, offering aesthetics and security together. Specially designed for your iPhone 15 Plus model, this case creates a superior protective shield for your device without disrupting its elegant lines. Produced with Liquid Silicone technology, its outer surface provides a unique softness and non-slip texture when held. This special material is a candidate to become a favorite for users not only with its touch but also with its fingerprint-resistant and stain-resistant structure. The soft anti-scratch microfiber lining on the inside protects the back surface of your phone from fine scratches and dust, allowing you to keep your device as clean as the first day. Thanks to its integrated strong magnets that are fully compatible with MagSafe technology, you can use all MagSafe accessories, fast wireless chargers, and wallets seamlessly without having to remove your case. While the sophisticated tone of the Glass Blue color gives your phone a stylish and professional look, you can always feel at ease against daily accidents thanks to its shockproof structure reinforced against drops. Featuring precise cutouts for full access to the speaker, charging port, and keypad, the Miracase case is designed to take your iPhone 15 Plus experience to the next level.
Product Features
Additional Information
Our product allows you to enjoy all the benefits of MagSafe technology while maintaining the aesthetics of your phone in daily use. During cleaning, you can easily wipe off any liquids or stains spilled on the case with the help of a damp microfiber cloth. The case's color, Glass Blue, adds depth to your phone by varying according to lighting conditions. The product is manufactured from high-quality raw materials for long-lasting use and is resistant to yellowing or deformation. To keep wireless charging performance at the highest level, the magnets are perfectly aligned with the body of the case; thus, there is no heat loss or connection failure during charging.