Hama 2in1 mobile phone case 15.5 cm (6.1 inch) Wallet case Black

The Hama 2in1 Wallet Case for iPhone 14 (max. screen 15.5 cm / 6.1") in black combines a protective phone cover with a practical wallet. It features three integrated card compartments and a larger inner pocket for banknotes. The cover's inner surface is magnetic, so the phone is attached to the case by magnetic contact rather than being inserted into a rigid holder. The magnetic back also enables attachment to compatible magnetic car air vent holders or bicycle handlebar mounts.

Advantages

This wallet case provides combined phone protection and card storage in a compact design. The magnetic inner surface allows quick attachment and removal of the iPhone without forcing the device into a cradle. Multiple attachment options are available thanks to the magnetic back, making it suitable for use with magnetic car mounts and bicycle holders. The monochrome black finish offers a discreet, neutral appearance.

Suitable for

• iPhone 14 with up to 15.5 cm (6.1") screen
• Everyday carry of cards and banknotes
• Use with magnetic car air vent holders
• Use with magnetic bicycle handlebar mounts

Key specifications

• Brand: black rock
• Model: Wallet case Hama 2in1 for iPhone 14 15.5 cm Black
• MPN: 00215179
• EAN: 4260647336412
• Color: Black
• Card compartments: 3
• Inner banknote compartment: 1 (larger pocket)
• Attachment: magnetic interior surface; magnetic back compatible with magnetic mounts

How to use

Place your iPhone 14 against the magnetic inner surface of the wallet case so that it adheres securely; no insertion into a rigid holder is required. Store cards in the three integrated card pockets and place banknotes in the larger inner compartment. To use a car or bicycle magnetic mount, attach the wallet case to the corresponding magnetic holder in the vehicle or on the handlebar.

Recommendations

Ensure the magnetic mount or accessory is designed for use with phone cases and magnets. Avoid placing credit or debit cards with sensitive magnetic strips directly against strong magnets for prolonged periods to reduce the risk of data degradation.