ZAGG Glass XTR4 For iPhone 16 Pro Max, 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.