THE ADVANTAGES OF THE D3O SCREEN PROTECTOR: THE GUIDE TO ULTRA-STRONG PROTECTION
Choosing this screen protector with D3O technology for your iPhone 14 Pro Max ensures optimal protection against scratches and knocks. The innovative material used in this screen protector greatly reduces the risk of damage to your smartphone screen. This guide will show you all the benefits of a resistant yet discreet screen protector.
D3O INNOVATION FOR SUPERIOR PROTECTION: HERE’S HOW IT WORKS
D3O technology represents a major advance in screen protection. This protective glass, while being thin and almost invisible, offers exceptional impact resistance. Thanks to its ability to absorb and dissipate impact energy, it minimises the risk of damage to the display. After impact, the material returns to its original state, guaranteeing long-lasting protection.
D3O CERTIFICATION: GUARANTEE OF MAXIMUM PROTECTION
The D3O certification is not only an important indicator of quality, but also ensures that the screen protector has been created to withstand strong impacts, effectively protecting your iPhone’s display from accidental drops and knocks.
THIN AND TOUGH SCREEN PROTECTOR: TAKES ADVANTAGE OF THE DISPLAY
Thanks to the D3O material that replaces traditional screen protectors, this screen protector offers almost invisible protection without altering the design or touch sensitivity of the screen. Despite the excellent protection provided, the screen protector is distinguished by its thinness and allows unblocking via facial recognition.
WHAT DISTINGUISHES THIS PROTECTIVE GLASS:
- D3O technology: advanced, impact-resistant material that maximises screen protection
- Transparent, thin and almost invisible screen protector
- Easy to apply without leaving bubbles
- Compatible with touch functionality and facial recognition
Innovative D3O material to absorb and dissipate impact energy Superior impact resistance provided by advanced and certified technology Uncompromised operation of facial recognition Perfect fit to the screen Discreet protection that does not compromise touch sensitivity
