ZAGG InvisibleShield Glass XTR4 Screen Protector for iPhone 16 Pro Max

XTR4 is the strongest, most technologically advanced screen protection from ZAGG. XTR4 is made with Hexiom2 technology and has been tested up to 11 stronger than traditional glass screen protection. And now, we’ve added graphene, one of the strongest materials on earth.

XTR4 filters out blue light with Radiance Protection Factor 60 technology to improve eye comfort and sleep. Anti-reflective technology increases colour depth and vibrancy on your screen. And XTR4 has an incredibly smooth, touch-sensitive surface, perfect for gamers.

XTR4 has an anti-dust adhesive and an EZ Apply installation tray, so you get precise alignment when you apply XTR4 to your screen.

At ZAGG, we’re conscious of our environmental impact, so XTR4 screen protection is made with 30% recycled glass.3 The EZ Apply tray is made with 100% post-consumer recycled materials, and the packaging is 100% recyclable. All this has earned XTR4 FSC certification and the TÜV Rheinland Certified Green Product Mark.

Key Features

11X Stronger
XTR4 screen protection, made with Hexiom 2 technology, 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 Colour Vibrancy
Anti-reflective technology increases transmitted light to improve screen clarity and enrich colours 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.

Easy, Dust-free Installation
Applying XTR4 is easy with the anti-dust adhesive and EZ Apply installation tray that ensures precise alignment.

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.