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Level Up Your Gameplay: Matte Edge-to-Edge Protection
Experience ultimate control and clarity with the Matte Finish Gaming Tempered Glass designed specifically for the iPhone 17. Engineered for those who demand precision, this screen protector eliminates the distractions that come between you and your high-score.
Key Features
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Pro-Gaming Matte Finish: The ultra-fine matte texture reduces friction, allowing your fingers to glide effortlessly across the screen. Perfect for rapid-fire maneuvers and precise touch responses in competitive gaming.
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Anti-Glare Technology: Say goodbye to annoying reflections. The advanced anti-glare coating diffuses light, ensuring a clear view of your display even under bright indoor lights or direct sunlight.
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Full Edge-to-Edge Coverage: Featuring a sleek Black Rim design, this tempered glass follows the natural curves of your iPhone 17. It provides seamless, full-front protection that blends perfectly with the device's aesthetics.
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9H Hardness & Impact Protection: Built to withstand daily hazards, this glass offers superior resistance against scratches, scuffs, and high-impact drops, keeping your original screen pristine.
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Oleophobic Coating: Keep your view crystal clear. The integrated coating resists fingerprints, sweat, and oil smudges, maintaining a clean surface during intense, long-duration gaming sessions.
Why Choose This Protector?
Unlike standard glossy protectors, the Matte Gaming Edition is tailored for performance. It solves the two biggest issues gamers face: finger drag and screen glare. Whether you are exploring open worlds or competing in a battle royale, you get a consistent, smooth touch experience without the "sticky" feeling of a standard screen.
Product Specifications
Feature Specification Compatibility iPhone 17 Surface Anti-Glare Matte Coverage Full Screen (Edge-to-Edge) Border Color Black Hardness 9H Tempered Glass
Easy Installation: The package includes a complete cleaning kit to ensure a bubble-free application. The precise cutouts ensure the front camera and sensors remain fully functional with zero interference.
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