Zuck Bear Harold Magsafe cover for iPhone 16 Pro Max black
Compatible with: Apple iPhone 16 Pro Max
ZUCK BEAR HAROLD MAG case, MagSafe compatible, for iPhone.
Stylish and unique look The ZUCK BEAR Harold case combines class with a touch of extravagance. The design features a bear icon in sunglasses, surrounded by dollar bills, adding character and making your iPhone stand out from the crowd. Depending on the angle of the light, the casing subtly changes its shade, creating an ombre effect inspired by a sunset over the beach. It is the perfect choice for people who value unique style and want to express themselves through their accessories.
MagSafe compatibility The built-in magnetic ring means Harold works seamlessly with MagSafe accessories, enabling quick and convenient wireless charging. Attach a charger, power bank or magnetic holder to use your iPhone without removing the case.
Durability and protection The case is made of durable materials: a combination of polycarbonate (PC) and flexible polyurethane (TPU) provides reliable protection against drops, impacts and scratches. Thanks to the raised edges around the screen and camera, Harold effectively protects the device when in contact with hard surfaces.
Ultra-slim construction The light and thin casing fits the phone perfectly without increasing its dimensions. Thanks to the transparent back panel, the original colour of the iPhone is clearly visible, emphasising the device's elegant appearance.
Easy access to functions Precisely made cutouts and responsive button covers ensure comfortable use of the phone. The case does not obstruct access to ports, speakers or other functions.
Product features:
- Built-in magnetic ring compatible with MagSafe
- Transparent, scratch-resistant back panel
- Raised edges protecting the screen and lens
- Durable, flexible TPU edges
- Resistant to fingerprints and smudges
- Stylish, unique design with print
- Manufacturer
- Zuck Bear
- Product code
- GSG-112928
- EAN
- 6974057396284
- Colour
- black
- Compatibility
- iPhone 16 Pro Max



