Miracase Magnetic Case for iPhone 16e Case 6.1-Inch 2025, [Built-in 9H Tempered Glass Screen Protector] Full Body Bumper Shockproof with Clear Back Cover, Compatible with MagSafe (Black)

Save 20% on the Miracase Magnetic Case for iPhone 16e Case 6.1-Inch 2025, [Built-in 9H Tempered Glass Screen Protector] Full Body Bumper Shockproof with Clear Back Cover, Compatible with MagSafe (Black) from Amazon. We found this offer today, so hurry whilst stocks last!

• [Compatibility & Professional Support] Only compatible for Apple iPhone 16e 6.1 inch. Easy to install and remove. Perfect fit MagSafe charger and wireless charging without any hassle. Please feel free to contact us for any issues, a satisfied solution is promised forever
• [Easy to Get Phone Protected] Integarated design for friendly use. The front and back case design make the installation very simple, no worry about installing crooked and any air bubbles. Press your phone into the front cover then the back case. Note: Please watch our installation video before installation and start all assembly and disassembly from the lower right corner
• [Enhanced Compatibility with MagSafe Accessories] The phone case is specifically designed for iPhone 16e 6.1Inch and features a builtin super strong magnet that ensures compatibility with all MagSafe accessories like chargers, wallets, battery packs, and car mounts. No matter how it rotates or sways, your phone will stay securely attached
• [360° FullBody Rugged Protection] Fullbody protective case for iPhone 16e 2025 tested to survive as many drops as a high standard. Flexible TPU materials and Trilayer structures absorb and deflect impact while block dirt, dust. Raised lips around the camera and the screen for added protection against untoward scratches
• [9H Tempered Glass Screen Protector] Compatible with iPhone 16e case with built-in latest premium quality 9H+ Hardness ultra-thin HD tempered glass screen protector, consistently protects your screen from scratch, shock, and impacts while maintains the original response sensitivity and touch-screen accuracy