Tuff-Luv 2.5D 2-Way Privacy Glass Screen Protector for iPhone 17 MF4130

Tuff-Luv 2.5D 2-Way Privacy Glass Screen Protector for iPhone 17 MF4130

Protect your screen and your privacy with the 2.5D Privacy Glass Screen Protector for Iphone 17. This specially engineered 2-way anti-spy tempered glass ensures that your display remains private while providing crystal-clear HD visuals and full touchscreen sensitivity. The 9H hardness construction guards against scratches, drops, and daily wear, while the 2.5D curved edges ensure a smooth, edge-to-edge fit. Easy to apply and case-friendly, it’s the ideal solution for those who need discreet usage in public spaces, offices, or transit. A built-in oleophobic coating keeps smudges at bay, so your screen stays spotless. Designed for iphone users who value both protection and privacy, this screen protector is the professional and practical choice.

• ENHANCED PRIVACY PROTECTION: Specifically designed for Iphone 17 , this 2.5D privacy glass features 2-way anti-spy technology to keep your screen visible only to you. Ideal for protecting sensitive data in public.
• FULL COVERAGE DESIGN: Engineered with precise cutouts and 2.5D rounded edges for a seamless fit. Maintains the original screen feel and function while covering the entire display for edge-to-edge protection.
• SCRATCH & SHOCK RESISTANT: Made with 9H hardness tempered glass to resist scratches, scuffs, and minor impacts. Great for daily use, offering reliable defense against keys, coins, and drops.
• HD CLARITY & SENSITIVE TOUCH: Despite the privacy filter, it offers high-definition clarity and ultra-responsive touch sensitivity. Perfect for watching videos, gaming, and browsing without lag or blur.
• ANTI-FINGERPRINT COATING: Features an oleophobic layer that repels fingerprints, smudges, and oil marks. Keeps your screen looking clean and crystal-clear at all times.
• EASY BUBBLE-FREE INSTALLATION: Comes with an installation kit for easy, hassle-free application. Designed to align perfectly without leaving bubbles or residue when removed.