Motorola Moto E32 - 3mk SilverProtection+ screen protector

Description

Keep your Motorola Moto E32 pristine and hygienic with the 3mk SilverProtection+ screen protector. This advanced protective film does more than just shield your screen from physical damage; it actively maintains a cleaner device by eliminating 99% of bacteria, viruses, fungi, and molds 24/7.

Key Benefits

• Enhanced Durability: Strengthens your smartphone display by up to 400% with a multi-layer, anti-impact structure.
• Antimicrobial Protection: Features a specialized coating that continuously kills 99% of pathogens, keeping your screen hygienic between cleanings.
• Self-Healing Technology: Equipped with Self-Heal™ properties that automatically repair minor scratches and surface damage, keeping your screen looking new.
• Seamless User Experience: The flexible material adheres perfectly to curved edges, while the high-quality oleophobic layer ensures your finger glides smoothly across the surface.
• Easy Wet Installation: Includes a 100% safe installation gel that eliminates air bubbles and dust, ensuring a professional, perfect fit every time.

Technical Specifications

• Compatibility: Motorola Moto E32
• Protection Type: Antimicrobial Protective Film
• Screen Strengthening: 400%
• Thickness: 0.21 mm
• Warranty: 24 months

Kit Contents

• 1x 3mk SilverProtection+ Film
• Installation Squeegee
• Installation Gel
• Cleaning Set

Frequently Asked Questions

Is the antimicrobial technology safe?
Yes, the protective films have been rigorously tested and are completely safe for the user.

Is the wet installation safe for my phone?
Absolutely. The provided gel is 100% safe for your device. The amount included is precisely measured to ensure no risk of flooding your phone, and any excess can be easily wiped away after installation.

Does the antimicrobial protection work constantly?
Yes, the technology is active 24/7. Please note that while this film provides a high level of hygiene, it does not replace the need for regular manual cleaning of your device.