Mercedes-Benz MEHMP13LSILBK Funda de silicona negra con MagSafe para iPhone 13 Pro/13 6,1"

Protect your Apple iPhone 13 Pro or iPhone 13 with the official Mercedes-Benz MEHMP13LSILBK silicone hard case. Designed for a precise fit on 6.1-inch models, this case combines luxury aesthetics with reliable protection. The smooth matte silicone finish provides a comfortable grip, while the integrated MagSafe technology ensures seamless attachment of magnetic accessories and efficient wireless charging. Featuring the iconic Mercedes-Benz logo, this case is a perfect blend of style and functionality for discerning users.

Advantages

This Mercedes-Benz case offers superior scratch resistance and drop protection, keeping your device safe from everyday accidents. The slim profile maintains the sleek design of your iPhone, and the full access to ports and buttons ensures uninterrupted usability. With MagSafe compatibility, you can easily attach wallets, chargers, and other magnetic accessories without removing the case.

Suitable for

• Apple iPhone 13 Pro (6.1-inch)
• Apple iPhone 13 (6.1-inch)
• Users seeking a premium, branded protective case with MagSafe support

Key specifications

• Product Type: Mobile Phone Case (Back Cover)
• Material: Silicone
• Compatibility: Apple iPhone 13 Pro, Apple iPhone 13
• Screen Size Compatibility: 6.1 inches
• MagSafe Compatibility: Yes
• Wireless Charging Compatibility: Yes
• Color: Black
• Brand Compatibility: Apple
• Protection Features: Scratch-resistant, Drop protection
• Access to Ports & Buttons: Full access
• Design: Slim profile, Mercedes-Benz logo
• Finish: Smooth, Matte
• Shock Absorption: Yes
• Series/Collection: Mercedes-Benz Licensed Mobile Accessories
• EAN: 3666339060428
• Manufacturer Part Number (MPN): MEHMP13LSILBK

Recommendations

For optimal performance, use with genuine Apple MagSafe chargers and accessories. Clean the case with a soft, damp cloth to maintain its matte finish. Avoid exposure to extreme temperatures or sharp objects to prolong the life of the silicone material.