Custodia protettiva antishock Devia Skyfall per iPhone 12 Pro Max, bianco

Protective shockproof case Devia Skyfall for iPhone 12 Pro Max in white combines a TPU and TPE construction with a separable-edge design to provide durable all-round protection while keeping the device slim and accessible. The case is shaped to fit the iPhone 12 Pro Max precisely and helps protect the screen, camera and back from everyday impacts, bumps and scratches without obstructing buttons or ports.

Advantages

The two-material construction (TPU + TPE) delivers flexible shock absorption at the edges and a firmer back for stability. A raised TPU edge and pit back cover design protect the screen and camera. Precise openings maintain full access to buttons, ports and the camera. The case offers 360° protection with reinforced corners and is rated for up to 3 m of drop protection in typical everyday scenarios.

Suitable for

• Everyday protection of iPhone 12 Pro Max
• Preventing damage from accidental drops and bumps
• Users who need full access to buttons and ports
• Keeping the camera and screen safe during daily use

Key specifications

• Model compatibility: iPhone 12 Pro Max
• Material: TPU + TPE
• Color: White
• Design features: separable TPU edge, pit back cover, raised camera and screen protection
• Protection rating: up to 3 m anti-fall protection (typical everyday use)
• Precise cutouts for buttons and ports
• Brand: Devia
• EAN: 6938595343650

How to use

Align the case with the iPhone 12 Pro Max and press the phone gently into the inner shell, securing the edges under the TPU frame. Ensure the camera and ports are unobstructed and test button response after installation. To remove, carefully peel back one corner and work around the perimeter until the phone releases from the case.

Recommendations

For best results, regularly clean the case and device contact areas with a soft, dry cloth. Avoid exposure to extreme heat or prolonged direct sunlight. Although the case provides enhanced drop protection up to 3 m in normal situations, avoid deliberate high-impact tests or excessive force.