Kensington High Clarity privacyfilter voor 13,3'' laptops 16:9

The Kensington High Clarity Privacy Screen Filter combines vibrant visuals with effective privacy protection. High Clarity filters features nanolouvre technology to outperform standard privacy screens, allowing up to 40% more light transmittance compared to standard screens.* This results in vibrant colours and sharp text, making the filters ideal for detailed tasks and limiting viewing angles to ±30° to safeguard sensitive information. Each filter reduces blue light by up to 28%, easing eye strain and promoting better sleep. Installation options include frameless tab holders or double-sided tape. An anti-reflective coating minimises glare. Scratch-resistant and tested for military-grade wipe-down protection, it meets rigorous durability standards, ensuring long-lasting protection while aiding in data confidentiality compliance. Includes 2-year limited warranty.
*Performance comparisons are made against Kensington 2-Way Privacy Screen Filters.
Privacy screens filters designed for high light transmittance may produce visual artifacts such as Moire pattern effects when used on OLED displays. High Clarity Privacy Screens are compatible with LCD and LED displays only.

How to use

Clean the laptop screen thoroughly and align the privacy filter to the display edges. Attach the filter using the included frameless tab holders for removable mounting or apply the double-sided tape for a more permanent fit. Adjust alignment as needed to ensure the filter fully covers the visible display area. For removal, gently lift the frameless tabs or peel off the tape, taking care not to damage the screen surface.

Recommendations

High Clarity privacy filters are intended for use with LCD and LED displays; avoid installation on OLED panels to prevent possible Moiré pattern effects. For optimal longevity, clean the filter with a soft, lint-free cloth and avoid abrasive cleaners. If frequent disinfecting is required, follow manufacturer guidance to maintain the wipe-down tested surface.