KARL LAGERFELD IML Glitter Karl & Choupette Heads Logo MagSafe puzdro pre iPhone 16 Pro Max, čierna

Protect your iPhone 16 Pro Max with style using the official KARL LAGERFELD IML Glitter case. Featuring the iconic Karl & Choupette Heads Logo and a dazzling glitter finish, this case combines high-end fashion with robust protection. The In-Mold Labeling (IML) technology ensures the design is embedded under a durable layer, resisting scratches and fading. MagSafe compatible for effortless attachment of accessories and fast wireless charging. Precision cutouts provide easy access to all ports and buttons, while raised edges safeguard the camera and screen. Made from flexible TPU and rigid PC, it offers reliable drop protection without adding bulk. Snap on easily and enjoy a perfect fit that complements your device.

Advantages

Official KARL LAGERFELD design with glitter finish and Karl & Choupette Heads Logo. MagSafe compatible for seamless magnetic attachment and wireless charging. Durable IML construction prevents fading and scratches. Raised bezels protect camera and screen. Slim profile with easy snap-on installation.

Suitable for

• Apple iPhone 16 Pro Max
• Fashion-conscious users who want a designer case
• Those who use MagSafe accessories
• Users seeking everyday drop and scratch protection

Key specifications

• Brand: KARL LAGERFELD
• Model: KF003114
• Compatibility: Apple iPhone 16 Pro Max
• Case Type: Back Cover
• Material: Thermoplastic Polyurethane (TPU) / Polycarbonate (PC)
• MagSafe Compatibility: Yes
• Colour: Black
• Design: Karl & Choupette Heads Logo, Glitter finish
• Manufacturing Technology: In-Mold Labeling (IML)
• Protection Features: Scratch-resistant, Drop protection
• Wireless Charging Support: Yes
• Port Access: Precision cutouts
• Camera Protection: Raised bezel
• Screen Protection: Raised front edges
• Installation: Easy snap-on

Recommendations

For optimal protection and style, pair this case with a KARL LAGERFELD MagSafe wallet or charger. Clean with a soft, dry cloth. Avoid exposure to extreme temperatures.