Price: ~~$35.99~~ - $14.10
(as of Apr 26, 2025 20:28:09 UTC – Details)

This 4-way privacy screen is designed to fit 13-inch Surface Pro 8, 9, and X models. The security filter ensures optimal privacy in portrait or landscape orientations when viewed beyond 30° from the center, covering a total visible area of 60°. The computer privacy screen protector features an anti-glare matte side for environments prone to glare while providing additional protection with a scratch and fingerprint-resistant coating. The exact fit design will not interfere with the display, camera, or speakers. The included installation kit and step-by-step instructions allow for a one-time application to the laptop screen. The blue light reduction privacy shield blocks 40% – 51% of the blue light emitted from the display in the 380nm – 480nm wavelength range. This Surface Pro privacy filter is backed for two years, including free lifetime 24/5 multi-lingual technical assistance.
PROTECT SENSITIVE VISUAL DATA: 4-way privacy screen for 13″ Surface Pro laptop featuring Micro-louver technology that obscures the view outside a 60-degree viewing angle; Keep confidential data private and prevent visual eavesdropping in public spaces or travel
FOR 13-INCH SURFACE PRO: Privacy shield designed to fit 13-inch Surface Pro 8, 9, and X models; Exact fit will not interfere with the camera, sensors around the display, or speakers; Screen protector with anti-glare matte finish
4-WAY PRIVACY AND TOUCH SUPPORT: Security shield maintains privacy within a range of +/- 30 degrees from the center in both portrait and landscape modes; Touch-enabled privacy filter ensures an interactive experience while safeguarding on-screen content
SELF-ADHESIVE APPLICATION: Includes full installation kit and instructions for one-time application directly to the computer screen for a secure and long-lasting fit
REDUCE EYE STRAIN: Surface privacy screen protector blocks up to 51% of blue light, helping to reduce digital eye strain and improve visual comfort during prolonged use; 60% light transmittance for improved screen readability