Capa traseira em silicone AntiMicrobial Decoded para iPhone 17, Future Dusk, compatível com MagSafe

Protect your iPhone 17 with the Decoded AntiMicrobial Silicone Back Cover, designed to combine safety, style, and functionality. This premium back cover features silver-ion infused antimicrobial technology that actively reduces microbial growth on the surface, keeping your device cleaner. The soft-touch liquid silicone material provides a comfortable grip and a sleek look, while the integrated magnetic ring ensures seamless MagSafe compatibility for effortless attachment of accessories. The raised bezel offers added protection for the camera and screen, and the precision cutouts allow easy access to all ports and buttons.

Advantages

This back cover delivers reliable everyday protection with antimicrobial properties, making it ideal for health-conscious users. The smooth, non-slip surface enhances handling, and the easy snap-on installation allows for quick application. The soft microfiber interior lining prevents scratches on the back of your iPhone 17.

Suitable for

• Apple iPhone 17 users seeking a protective and hygienic case
• Individuals who prioritize antimicrobial protection for their devices
• Users who want MagSafe compatibility without sacrificing style

Key specifications

• Device Compatibility: Apple iPhone 17
• Case Type: Back Cover
• Material: Premium Liquid Silicone
• Antimicrobial Technology: Yes, Silver-ion Infused
• MagSafe Compatibility: Yes, Integrated Magnetic Ring
• Color: Future Dusk
• Interior Lining: Soft Microfiber
• Surface Finish: Smooth, Soft-Touch
• Protection Features: Raised Bezel for Camera & Screen, Drop Protection
• Button Access: Covered, Tactile Buttons
• Port Access: Precision Cutouts
• Wireless Charging Support: Yes
• Grip: Enhanced, Non-slip
• Installation: Easy Snap-on
• Durability: Scratch and Fingerprint Resistant

Recommendations

For optimal hygiene and protection, pair this back cover with a screen protector. Clean the case regularly with a mild soap solution to maintain its antimicrobial properties.