Compatible Model: Designed for the 6.9-inch iPhone 16 Pro Max due out in 2024, the case has gone into every detail to make sure it’s perfectly compatible with it and won’t work with any other device.
Strong Magnetic Design: The built-in strong magnet design ensures that your device remains securely attached to the charger during charging. In addition, it can fast and precise calibration to optimize charging efficiency and stability.
Full Lens Protection: The professional lens protective film can not only prevent the mobile phone from being scratched and collided in daily use, but also absorb the impact force to a certain extent and reduce the damage when falling.
Get a comfortable and breathable Magnetic for iPhone 16 Pro Max Case, with Camera Lens Protector, Compatible with Magnetic, Slim Shockproof Bumper Soft Silicone Metallic Lustre Phone Case for iPhone 16 Pro Max, Hot Pink! This Magnetic for iPhone 16 Pro Max Case, with Camera Lens Protector, Compatible with Magnetic, Slim Shockproof Bumper Soft Silicone Metallic Lustre Phone Case for iPhone 16 Pro Max, Hot Pink item is perfect for the die-hard fan and available in a variety of colors.
Get a comfortable and breathable Magnetic for iPhone 16 Pro Max Case, with Camera Lens Protector, Compatible with Magnetic, Slim Shockproof Bumper Soft Silicone Metallic Lustre Phone Case for iPhone 16 Pro Max, Hot Pink! This Magnetic for iPhone 16 Pro Max Case, with Camera Lens Protector, Compatible with Magnetic, Slim Shockproof Bumper Soft Silicone Metallic Lustre Phone Case for iPhone 16 Pro Max, Hot Pink item is perfect for the die-hard fan and available in a variety of colors.
Premium Material: This phone case presents a delicate soft metal luster, which combines a stylish atmosphere and modern style. Its matte effect is more low-key and elegant, it is not easy to leave fingerprints and stains.
Precise Match: The case fits perfectly into your device, ensuring that all ports, including charging ports, headphone jacks, speakers and microphones, are protected. Prevent dust and foreign objects from entering, reducing problems caused by interface damage.
