3MK PROTECTION Poco F6 Pro - Película de proteção de ecrã híbrida FlexibleGlass Pro 3mk

Protect your Xiaomi Poco F6 Pro with the 3MK PROTECTION FlexibleGlass Pro, a hybrid screen protector that combines the hardness of glass with the flexibility of polycarbonate. Engineered with Anti-Crash™ technology, it offers up to 250% stronger impact resistance than standard protectors while maintaining full touch sensitivity and high-definition clarity.

Advantages

This screen protector delivers exceptional scratch resistance (7H hardness) and impact protection without compromising on touch response or visual quality. The oleophobic coating repels fingerprints and smudges, keeping your screen clean. Its case-friendly flat edge design ensures compatibility with most cases, and the included Fit-In™ positioning stickers and Dust-Fix™ sheets make dry application bubble-free and easy.

Suitable for

• Xiaomi Poco F6 Pro smartphone
• Users seeking premium screen protection with easy installation
• Those who want a glossy, smooth surface with anti-fingerprint properties

Key specifications

• Device Compatibility: Xiaomi Poco F6 Pro
• Product Type: Hybrid Screen Protector
• Material: Glass-Polycarbonate Composite
• Hardness Rating: 7H (Mohs scale)
• Thickness: 0.3 mm
• Impact Resistance: Up to 250% stronger screen
• Transparency: High Definition (HD)
• Edge Design: Flat
• Features: Scratch Resistant, Impact Resistant, Anti-Fingerprint (Oleophobic Coating), Case-Friendly, Easy Installation
• Installation Method: Dry Application
• Installation Aids: Fit-In™ positioning stickers, Dust-Fix™ sheets
• Number of Protectors: 1
• Brand Technology: Anti-Crash™ System
• Touch Sensitivity: Maintained
• Optical Clarity: Excellent
• Surface Finish: Smooth, Glossy

Recommendations

For best results, clean your screen thoroughly with the included dry and wet wipes before application. Use the Fit-In™ stickers to align the protector perfectly, then press from the center outward to remove air bubbles. The Dust-Fix™ sheets help eliminate any remaining dust particles.