Funda completa de cristal 3D antirrotura de goma con pegamento japonés antiestático Evelatus para Apple iPhone 12 Pro Max

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.