Fusion XTR Curve with D3O
for Galaxy S22 Ultra
Fusion XTR Curve: Engineered for Gaming
Fusion XTR Curve is engineered for maximum touch sensitivity and crafted to fit every inch of your curved screen. This flexible polymer hybrid is reinforced with the revolutionary impact protection material D3O®. We’ve also added an enhanced Eyesafe® blue light filter and an anti-microbial treatment that protects the screen protector by inhibiting the growth of odor-causing bacteria.*
Engineered to Be Unbreakable
Fusion XTR Curve screen protection is a flexible hybrid polymer that won’t chip or crack. We’ve strengthened Fusion XTR Curve with D3O®, so on impact, the molecules lock together to disperse the energy and reduce the force of impact.
Enhanced Blue Light Filtration
We depend on our digital devices for almost everything. But prolonged exposure to blue light, emanating from our screens, can contribute to digital eyestrain. Fusion XTR Curve has an enhanced Eyesafe® layer that filters 40% of peak toxic blue light (435-440nm).
Fusion XTR Curve screen protection is engineered to ensure compatibility with the most advanced biometric scanners, so it won’t interfere with Samsung’s ultra sonic fingerprint scanner.
Anti-microbial Treatment Protects Your Screen Protector
Fusion XTR Curve screen protection contains anti-microbial properties that protect the screen protector by inhibiting the growth of odor-causing bacteria and guarding against degradation from microogranisms.
Ultra Touch Sensitive
Fusion XTR Curve has been optimized for gamers. We’ve engineered the surface of Fusion XTR to be ultra touch sensitive so it registers every tap and swipe.
Super Smooth Hydrophilic Surface
When you’re in the zone, you don’t want anything to slow you down. Fusion XTR Curve has a hydrophilic surface that reduces friction so your finger glide smoothly across the screen. It also makes it easy to wipe away fingerprints.
*Contains anti-microbial treatment that protects the screen protector by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.