Matte Privacy Screen Protector Sheet Overview
This Hydrogel Privacy Screen Protector Sheet delivers 30° side privacy and anti‑glare matte finish with on‑site cutting, eliminating model‑specific inventory while keeping screen content visible only from direct viewing angles.
Key Features
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1. 30° Side Privacy for Public Environments Screen content becomes completely obscured at 30° from center. Side views show only darkness, preventing visual theft on commutes, in open offices, or at checkout counters. 2. Anti‑Glare Matte Surface for Bright Conditions Diffuses reflections under direct sunlight or overhead lighting. Screen remains readable near windows or outdoors without glare, addressing customer complaints about poor visibility in bright settings. 3. One Sheet Covers Multiple Devices No need to stock separate SKUs for each phone model. A TPU Privacy Screen Protector Sheet supports smart cutting machines to produce exact fits for any screen size, reducing inventory pressure and dead stock. 4. TPU Flexibility for Curved Screens The material conforms to curved screen edges without lifting, providing full coverage for modern curved‑display devices. This eliminates edge lift complaints common with rigid privacy films. 5. Scratch Protection for Daily Wear Resists scratches from keys, coins, and desk contact. The matte surface hides minor abrasion marks, keeping the screen clean for extended use without frequent replacement. 6. Fingerprint‑Resistant and Smooth Touch An oleophobic coating reduces smudge buildup. The smooth surface maintains touch glide without drag, preserving user interaction quality for typing and swiping. 7. Optical Clarity at Direct View Balanced haze (45±5%) and transmittance (≥60%) keep screen content visible and natural when viewed straight on, maintaining display quality while providing privacy. 8. Customization for Branding and Product Lines Supports logo printing, packaging customization, and product line development. The Matte Privacy Screen Protector Sheet can be tailored to specific brand requirements without changing core performance. |
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