Kensington EQ Privacy Screen Filter for Laptops 14.0" (16:10)

Kensington EQ Privacy Screen Filter for Laptops 14.0" (16:10)

Finding privacy screen filters that support sustainability goals while offering strong data protection can be a challenge. Kensington EQ Privacy Screen Filters are an innovative solution, utilising 54% post-consumer recycled (PCR) plastic. With a limited viewing angle of ±30°, they help safeguard sensitive information in busy offices and public spaces. EQ filters reduce blue light exposure, easing eye strain and potentially minimizing disruptions to natural sleep patterns. With easy installation options, touchscreen compatibility and military-grade protection, EQ Privacy Screen Filters are a more sustainable privacy solution for a wide range of laptops and monitors.

• Made from up to 54% post-consumer recycled (PCR) plastic and shipped in FSC® certified packaging.


• Limited viewing angle narrows the field of vision to ±30°.


• Blue light filter eases eye strain and potentially minimises disruptions to natural sleep patterns.


• Mounts using included frameless tab holders for quick removal, or double-sided tape for cleaner permanent setup.


• Anti-reflective coating reduces glare.


• Reversible matte and glossy viewing options.


• Scratch-resistant surface enhances durability and protection.


• Includes 2-year limited warranty.

• Builds an additional layer of shield from everyday scratches and dust


• With its exceptional design feature, Privacy Screen Filter can be utilized perfectly with 14" Notebook


• LCD display type support is long-lasting with reduced screen burning to ensure maximum efficiency


• Perfect to fit 16:10 widescreen Notebook with a visible screen size of 14"


• Widescreen - Offers a fabulous seeing experience with whiter whites and blacker blacks


• Privacy feature for better reliance and usability


• Privacy Screen Filter with notebook device support protects your monitors screen from damages, such as scratches, fingerprints, and smudges with added dependability