ZAGG InvisibleShield Flex XTR2 Eco Screen Protector for Samsung Galaxy S23

Flex XTR2 Eco is the strongest hybrid screen protection from ZAGG InvisibleShield. We’ve utilized Hexiom technology for unbeatable strength and scratch protection. Flex XTR2 Eco improves your entire visual and screen protection experience with anti-reflective technology, an anti-dust adhesive, a blue light filter, advanced clarity, and more.

• Strongest Hybrid Screen Protection: Shock-absorbing Hexiom impact technology has micro hexagons that bond together to disperse energy and impact forces. This honeycomb-like molecular structure makes Flex XTR2 Eco our strongest hybrid screen protector ever.

• Anti-reflective Technology: This new screen treatment significantly decreases surface reflections and increases the light transmitted to improve screen clarity and color vibrance, making dark colors deeper and bright colors more vivid.

• Makes Dust Virtually Invisible: Our revolutionary new adhesive installs smoothly over most dust, so even if a few particles get on your screen during installation, they should be virtually invisible.

• Enhanced Blue Light Filtration: We depend on our digital devices for almost everything. However, prolonged exposure to screens and blue light may have negative effects on our health, such as visual fatigue, sleep disruption, and long-term vision problems. ZAGG with Eyesafe® technology has an enhanced Eyesafe® layer that filters 40% of intense blue light (435-440nm).

• Biometric Technology: Flex XTR2 Eco is engineered to ensure compatibility with the most advanced biometric scanners, so it won’t interfere with Samsung’s ultrasonic fingerprint scanner.

• Contains Recycled Materials: Flex XTR2 Eco is made with up to 50% post-consumer recycled materials, but it doesn’t compromise on clarity and strength. So you can show your phone, and the planet, some love.

• Anti-microbial Treatment Protects Your Screen Protector: Flex XTR2 Eco contains an anti-microbial treatment that protects the screen protector by inhibiting the growth of odor-causing bacteria and guarding against degradation from microorganisms.