Urban Factory Secret Screen Protector SSP53UF for 13.3-Inch 16:10 Widescreen Notebook

Protect sensitive on-screen information with the Urban Factory Secret Screen Protector SSP53UF. Designed for 13.3-inch notebooks with a 16:10 widescreen aspect ratio, this privacy filter limits side-angle visibility to help prevent visual data theft. Its privacy technology darkens the display when viewed from an angle while maintaining a clear, properly proportioned image for the user directly in front of the screen.
The Urban Factory SSP53UF also provides dependable everyday screen protection against scratches, fingerprints, smudges, grit, and other surface damage. Its scratch-resistant construction helps preserve the appearance of your LCD display, while the anti-glare treatment reduces reflections to support more comfortable viewing in bright offices, classrooms, travel environments, and shared workspaces. The filter enhances perceived contrast without interfering with normal notebook use.
This Secret Screen Protector features an anti-radiation design that blocks up to 99% of ELF/VLF electric-field radiation and includes antistatic properties to help reduce dust attraction. The AOA anti-glare standard supports practical display visibility, while the carefully designed filter maintains picture clarity without distortion. It is an effective solution for professionals and mobile users who need privacy, screen protection, and comfortable viewing in one accessory.

Features:

• Privacy protection: Restricts side-angle visibility to help keep displayed information confidential.

• Notebook compatibility: Designed for 13.3-inch LCD notebooks with a 16:10 widescreen aspect ratio.

• Scratch resistance: Helps protect the screen from grit, scratches, fingerprints, smudges, and everyday surface wear.

• Anti-glare viewing: Reduces reflections for improved visual comfort in bright environments.

• Display clarity: Maintains a clear, properly proportioned image while supporting enhanced contrast.

• Radiation reduction: Blocks up to 99% of ELF/VLF electric-field radiation and provides antistatic performance.