ARROWS Screen Protector for Nothing Phone 3A, 3A Pro, 4A, 4A Pro, 9H Tempered Glass, Anti-Dust (ESD), HD Clarity, Fingerprint Unlock Support, Scratch Resistant, Bubble-Free Installation

Protect your device with the ARROWS Tempered Glass Screen Protector, designed for Nothing Phone 3A, 3A Pro, 4A, and 4A Pro. Featuring advanced anti-dust ESD technology, this screen protector reduces static electricity, helping prevent dust and particles from sticking to the screen during installation for a cleaner and smoother result. Unlike standard screen protectors, the anti-static surface ensures a more precise and bubble-free application with fewer trapped particles, improving overall clarity and appearance. Made from premium 9H hardness tempered glass, it provides strong protection against scratches, drops, and everyday wear. The full coverage design with a black frame ensures a perfect edge-to-edge fit while maintaining a sleek and integrated look. With HD clarity, smooth touch sensitivity, and support for fingerprint unlock, this screen protector delivers excellent performance without compromising usability. The ARROWS screen protector is the ideal choice for reliable protection, clean installation, and everyday convenience.

• ANTI-DUST ESD TECHNOLOGY: Advanced anti-static coating reduces static charge, helping prevent dust and particles from sticking during installation for a cleaner result.
• CLEANER BUBBLE-FREE INSTALLATION: Anti-static surface minimizes dust attraction, ensuring smoother installation with fewer bubbles and a clearer finish.
• 9H TEMPERED GLASS PROTECTION: Durable tempered glass protects your screen from scratches, drops, and everyday wear.
• FULL COVERAGE WITH BLACK FRAME: Edge-to-edge protection with black borders ensures a precise fit and seamless look across all supported models.
• HD CLARITY & SMOOTH TOUCH: High-transparency glass maintains original display quality with smooth and responsive touch performance.
• FINGERPRINT UNLOCK SUPPORT: Designed to maintain accurate and fast fingerprint recognition without affecting performance.