Evelatus Apple iPhone 12 Pro Max Rubber Anti-Broken 3D Glass Full Cover Japan Glue Anti-Static

Protect your Apple iPhone 12 Pro Max with the Evelatus Rubber Anti-Broken 3D Glass Full Cover screen protector. Engineered with high-aluminosilicate tempered glass and Japan Glue technology, this protector offers full edge-to-edge coverage with 3D curved edges for a seamless fit. The anti-static feature ensures dust-free application, while the oleophobic coating resists fingerprints. With 9H hardness and anti-shatter properties, it provides superior impact and scratch protection without compromising touch sensitivity.

Advantages

This screen protector combines durability with clarity. The 0.33 mm ultra-thin glass maintains 99% HD transparency, preserving the original display quality. The bubble-free application and full surface adhesion ensure a smooth, case-friendly installation. The anti-static technology repels dust during application, resulting in a flawless finish.

Suitable for

• Apple iPhone 12 Pro Max users seeking maximum screen protection
• Those who prefer a glass protector with edge-to-edge coverage
• Users who want easy, bubble-free installation with anti-static properties

Key specifications

• Product Type: Tempered Glass Screen Protector
• Compatibility: Apple iPhone 12 Pro Max
• Material: High-Aluminosilicate Tempered Glass
• Hardness: 9H Mohs Scale
• Coverage: Full Screen, Edge-to-Edge
• Edge Design: 3D Curved Edges
• Adhesive: Full Surface Adhesion (Japan Glue)
• Anti-Shatter: Yes
• Scratch Resistance: High
• Anti-Fingerprint Coating: Yes (Oleophobic)
• Transparency: 99% HD Clarity
• Thickness: 0.33 mm
• Bubble-Free Application: Yes
• Anti-Static: Yes
• Touch Sensitivity: Maintains Original
• Case Friendly: Yes
• Impact Protection: High
• Number of Protectors Included: 1

Recommendations

For best results, clean your screen thoroughly before application. Use the included cleaning kit (if provided) to remove dust and fingerprints. The anti-static feature helps minimize dust attraction during installation.