Evelatus Apple iPhone 15 Pro Max Rubber Anti-Broken 3D Glass Full Cover Japan Glue Anti-Static Screen Protector

Protect your Apple iPhone 15 Pro Max with the Evelatus Rubber Anti-Broken 3D Glass Full Cover Screen Protector. Engineered with Japan Glue technology and anti-static coating, this tempered glass protector offers edge-to-edge coverage and superior durability. The 9H hardness rating and 0.33mm thickness ensure maximum impact resistance while maintaining touch sensitivity and clarity.

Advantages

This screen protector combines advanced materials and design to deliver exceptional protection without compromising usability. The 3D curved glass conforms to the phone's contours, providing a seamless fit. The oleophobic coating repels fingerprints and smudges, keeping your screen clean. Anti-static properties reduce dust attraction, and the bubble-free installation kit makes application effortless.

Suitable for

• Apple iPhone 15 Pro Max users seeking premium screen protection
• Individuals who prioritize scratch resistance and shatterproof performance
• Those who want a full-coverage, edge-to-edge glass protector with easy installation

Key specifications

• Compatible Device: Apple iPhone 15 Pro Max
• Product Type: Screen Protector
• Material: Tempered Glass
• Coverage: Full Screen (Edge-to-Edge)
• Glass Type: 3D Curved Glass
• Hardness Rating: 9H Mohs Scale
• Thickness: 0.33 mm
• Adhesive Technology: Japan Glue
• Special Features: Anti-Static Coating, Enhanced Durability (Anti-Broken)
• Surface Treatment: Oleophobic Coating
• Transparency: 99% HD Clarity
• Anti-Fingerprint: Yes
• Anti-Scratch: Yes
• Impact Protection: High
• Shatterproof: Yes
• Bubble-Free Installation: Yes
• Edge Design: Smooth Rounded Edges
• Installation Kit: Included (Wet/Dry Wipes, Dust Absorber)
• Quantity: 1 Screen Protector

Recommendations

For best results, clean your screen thoroughly before installation and follow the included instructions. This protector is designed specifically for the iPhone 15 Pro Max and may not fit other models.