Filtro de privacidade magnético de 2 vias Displex PRIVACY SAFE para portátil/notebook 14'' (16:10)

The Displex PRIVACY SAFE 14" magnetic privacy filter provides two-way privacy protection for laptop screens by limiting the viewing angle to approximately ±30°. It is scratch- and damage-resistant and includes a blue light filter to reduce short-wave blue light exposure. The filter attaches and detaches quickly via integrated neodymium magnets and allows the laptop to close without removal. Two surface finishes — matte anti-reflective and glossy — can be used by turning the filter to suit lighting conditions, and a universal camera cut-out preserves camera functionality and slider operation.

Advantages

The magnetic mount enables fast, clip-free attachment and removal while neodymium magnets are fully tested for monitor safety. Dual Surface Technology offers a matte side to reduce reflections and fingerprints and a glossy side for increased colour brilliance. The filter resists scratches with a 5H hardness rating and retains full touch and pen input sensitivity on compatible touchscreens. An integrated blue light filter helps reduce eye strain. A natural felt protective cover is included for safe storage and transport.

Suitable for

Key specifications

How to use

Align the magnetic privacy filter with the laptop display and allow the integrated magnets to attach the filter to the screen frame. To change surface finish, turn the filter to use either the matte anti-reflective side or the glossy side depending on lighting conditions. The filter can remain attached while closing the laptop. To remove, simply lift the filter away from the display. Store the filter in the included natural felt cover when not in use.

Recommendations

For best results, choose the matte side in bright, reflective environments and the glossy side in dimmer indoor settings to balance glare reduction and colour clarity. Clean the filter with a soft, lint-free cloth; avoid abrasive cleaners to preserve the surface hardness and anti-reflective properties.