Border Case 4smarts Defend iPhone 17 Pro Max sort 17,5 cm

The 4smarts Defend Border Case for iPhone 17 Pro Max provides protective coverage tailored to devices with a maximum screen size of 17.5 cm (6.9"). Its black finish combines a slim profile with reinforced edges to help reduce damage from everyday drops and scratches while maintaining access to ports, buttons and camera openings. Constructed from a mix of thermoplastic polyurethane (TPU) and polycarbonate (PC), the case balances impact absorption with structural rigidity for reliable daily use.

Advantages

The dual-material construction uses TPU for shock absorption at the borders and PC for a stable back shell, offering a balance between flexibility and strength. The precise cutouts and tactile button covers preserve full functionality of the iPhone 17 Pro Max without adding excessive bulk. The black colour provides a neutral, professional look that coordinates with most devices and accessories.

Suitable for

• Everyday protection against drops and scratches
• Users who need full access to ports and buttons
• Owners of iPhone 17 Pro Max (maximum screen size 17.5 cm / 6.9")
• Those seeking a slim, black protective case with reinforced edges

Key specifications

• Compatibility: iPhone 17 Pro Max
• Maximum screen size supported: 17.5 cm (6.9")
• Materials: Thermoplastic polyurethane (TPU) and polycarbonate (PC)
• Color: Black

How to use

Align the case with the iPhone 17 Pro Max so that the camera and ports match the cutouts, then press the edges gently until the device is fully seated in the shell. Check that all buttons are covered by the tactile covers and that the charging port and speakers remain accessible. Remove the case by gently prying one corner and sliding the phone out to avoid stressing the frame.

Recommendations

For optimal protection, combine the case with a screen protector and periodically clean the case and device contacts to prevent grit buildup. Avoid exposing the case to prolonged direct sunlight or high temperatures to preserve material integrity.