ZAGG – InvisibleShield Fusion Defense Flexible Hybrid Screen Protector with Glass-like Feel for Samsung Galaxy S22

Fusion Defense is a flexible hybrid screen protector, designed to feel just like glass, that absorbs shock and disperses impact. Fusion Defense contains antimicrobial properties that protect the screen protector by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.* Your phone goes everywhere with you, and there are a lot of hazards out there, seen and unseen. Keep your Samsung Galaxy S22 screen safe from scratches, shatter damage, and much more.
Hybrid scratch & impact protection
Fusion Defense is made with tough, durable components that have been refined to create a smooth, glass-like surface.
Contains antimicrobial treatment
Fusion Defense contains antimicrobial properties that protect the screen protector by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.
Flexible shock absorption
The flexible quality of this unique hybrid glass allows it to absorb shock and disperse impact before it reaches your screen. Your InvisibleShield may take a beating, but your screen remains safe and intact.
Buy Here, Replace Here
If you buy this screen protector at a Best Buy store or on BestBuy.com, you can replace it under ZAGG’s limited lifetime warranty at any Best Buy location.
Smudge resistance
The smooth, unique surface finish prevents oils from adhering to your Samsung Galaxy S22 screen, so smudges and fingerprints wipe away easily. ​
Fingerprint scanner compatible
Fusion Defense has been designed to be compatible with Samsung’s ultrasonic fingerprint display, so it won’t interfere with the in-display fingerprint reader.
EZ Apply Installation
EZ Apply tabs and a drop-in installation tray make applying your InvisibleShield simple and accurate.
*Fusion Defense contains antimicrobial properties that protect the screen protector by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.