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The SUNSHINE SS-057U HD UV glass fiber hydrogel film is a professional ultra-thin (0.1 mm) protection solution for front and back coverage of smartphones, smartwatches, cameras, and more. Featuring HD transparency, an oleophobic fingerprint-resistant coating, UV-curable glass fiber, and high touch sensitivity, it comes in a 25-piece box with an included UV curing LED, ideal for repair shops and professional installers.
The SUNSHINE SS-057U HD UV Glass Fiber Hydrogel Film is designed for professional-grade screen protection, delivering excellent clarity, durability, and a premium touch experience. Made from high-quality Korea Fiber material, it combines flexibility with reinforced strength, ensuring perfect adhesion on both flat and curved device surfaces.
With an ultra-thin thickness of just 0.1 mm, the film preserves original screen brightness and color accuracy while maintaining full touch sensitivity, including fast and reliable in-display fingerprint recognition. The surface features an oleophobic coating, effectively reducing fingerprints, smudges, and stains for a cleaner display.
Its HD transparent UV-curable glass fiber structure allows fast and uniform polymerization under UV light, resulting in strong adhesion, improved toughness, and long-lasting wear resistance. The shatter-resistant edges help prevent cracking and peeling, while the material's high shock absorption protects screens from daily impacts and scratches.
The SS-057U is designed for bubble-free installation, making it easy to apply with professional results. One film can be used both before and after installation to protect devices from scratches and paint chipping during repair or customization processes.
Each 25-piece box includes a dedicated UV curing lamp, allowing convenient use anytime and anywhere. The advanced thermally conductive soft adhesive, combined with 10 high-power UV LEDs, provides a wide irradiation area, high luminous efficiency, and fast curing performance with light energy up to 500 mW/m, ensuring quick and reliable polymerization.