Dicota Privacy Filter 2-Way
22", 16:10Price in EUR including VAT
Delivered between Fri, 3.4. and Fri, 10.4.
Only 1 piece in stock at supplier
Only 1 piece in stock at supplier
free shipping
Size3
Product details
Highly effective privacy protection for your PC screen. The Secret 2-Way is a highly effective screen protector that shields personal and confidential information from prying eyes. Thanks to a silicone layer, the film adheres fully to your display.
The Secret 2-Way privacy screen not only prevents unwanted views of your display but also protects against scratches. High mechanical durability and easy removal are additional features of this product. With its 2-way technology, the display is protected from view from both sides: left and right. A convenient and effective way to ensure that only you can see your data. Ideal for use in hotels, buses, trains, or airplanes.
Screen protector size | 22" |
Aspect ratio | 16:10 |
Screen protector function | Anti-reflection, Blue light filter, Sight protection |
Privacy filter direction | Horizontal |
Privacy filter angle | 30° |
Application | Self-adhesive |
Screen protector properties | Scratch-proof |
Item number | 12414936 |
Manufacturer | Dicota |
Category | Monitor protective film |
Manufacturer no. | D70160 |
Release date | 8.11.2023 |
Screen protector size | 22" |
Aspect ratio | 16:10 |
Screen protector function | Anti-reflection, Blue light filter, Sight protection |
Privacy filter direction | Horizontal |
Privacy filter angle | 30° |
Application | Self-adhesive |
Screen protector properties | Scratch-proof |
Country of origin | China |
CO₂ emissions | 46,91 kg |
Climate contribution | EUR 1,18 |
Items per sales unit | 1 pcs. |
Length | 30.20 cm |
Width | 37.70 cm |
Height | 30.20 cm |
Weight | 50 g |
Product Safety |
Length | 54.50 cm |
Width | 34.10 cm |
Height | 0.20 cm |
Weight | 382 g |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns