ZAGG Gear4 Battersea Series Case for Apple iPhone 13 Pro Max - Black
ZaggAbout this item
The ZAGG Gear4 Battersea Series Case for Apple iPhone 13 Pro Max Smartphones. Black case design is a premium protective accessory designed to safeguard your device while enhancing its style. Crafted from advanced materials, this case provides superior drop protection, utilizing D3O® technology to absorb and disperse impact energy. The sleek, black design not only complements the iPhone’s aesthetics but also adds a layer of sophistication.
The Battersea Series Case features precise cutouts for easy access to all buttons, ports, and cameras, ensuring that functionality is not compromised. Its slim profile maintains the iPhone’s sleekness, while the raised edges protect the screen and camera from scratches and cracks. Additionally, the case is designed to be compatible with wireless charging, allowing for convenient power-ups without removing the case.
With its combination of durability, style, and practicality, the ZAGG Gear4 Battersea Series Case is an excellent choice for those seeking robust protection and a touch of elegance for their iPhone 13 Pro Max.
Features:
- 16-Foot Drop Protection: Built with advanced D3O® technology to absorb and disperse impact, protecting your device from drops up to 16 feet.
- Enhanced Grip: Textured back provides a secure, non-slip grip, reducing the risk of accidental drops.
- Reinforced Corners: Extra protection in high-impact areas to safeguard against damage from drops and impacts.
- Raised Edge Protection: Elevated edges around the screen and camera protect from scratches and direct contact with surfaces.
- Slim Profile: Lightweight, sleek design adds protection without adding bulk, maintaining the iPhone’s sleek look.
- Wireless Charging Compatible: Allows seamless wireless charging without needing to remove the case.
- Precision Cutouts: Full access to all buttons, ports, and camera functions for convenient use.
- Anti-Yellowing Technology: Keeps the case looking new and prevents discoloration over time.