ZAGG Glass XTR4 For iPhone 16/iPhone 15, Tempered Glass Screen Protector

XTR4 is the strongest screen protector from ZAGG. It’s made with graphene and Hexiom2 technology, making it 11x stronger than traditional glass screen protection.¹ It’s also our most technologically advanced screen protection with blue light filtration to improve eye comfort and sleep, anti-reflective technology for richer colors, and a dust-free installation process.

Up to 11X Stronger: XTR4 screen protection, fortified with graphene, has been tested up to 11X stronger than traditional glass screen protection.¹

Fortified with Graphene: Graphene is one of the strongest materials in the world.

Improve Eye Comfort and Sleep: XTR4 is the world’s first screen protection with Radiance Protection Factor 60 technology that filters blue light which can disrupt sleep. ²

Enhances Color Vibrancy: Anti-reflective technology increases transmitted light to improve screen clarity and enrich colors for deeper blacks, true blues, and more vibrant reds.

Enhanced Scratch Protection: XTR4 has a nano-infused surface that makes it incredibly hard and scratch-resistant.

Maximum Touch Sensitivity: XTR4 has an SiO2-enhanced coating for maximum touch sensitivity and a super smooth surface for fast, frictionless swiping.

Recycled Content: XTR4 is made with up to 30% post-consumer recycled glass.³

Anti-microbial Treatment: Anti-microbial treatment protects the screen protector from degradation by microorganisms.

TÜV Rheinland Certified Green Product Mark: XTR4 is made with up to 30% recycled glass, its installation tray is made from 100% recycled content, and its packaging is 100% recyclable.

FSC Certification: With recyclable packaging made from 100% recycled materials, XTR4 has been certified by FSC, an organization working to protect healthy forests.

¹ Tests conducted by a 3rd party independent lab; tested up to 11X stronger than traditional glass screen protection.

² Measured at (440-435nm)

³ Recycled material is certified through a third-party mass balance allocation process.