Nano Cloaking Film leverages the principles of physics and optics to obscure LED displays effectively. While the technology behind it is sophisticated, we’ll break down the basics to help you understand how it works.
Imagine a typical scenario in an office: a glass-walled conference room, one of the most common applications for Nano Cloaking Film. In this case, the film is applied to the inside of the glass walls.
To understand how the film works, think of it as involving two filters: one on the computer screen and the other on the window coated with the Cloaking Film.
The First Filter: The LED Screen
An LED screen emits light in all directions from its source. The screen itself acts as a filter, allowing only vertical oscillations of light to pass through.
The Second Filter: The Cloaking Film
The Cloaking Film serves as the second filter. It blocks vertical oscillations of light. Since the LED screen has already filtered out horizontal light, what remains are the vertical oscillations, which the Cloaking Film then blocks. As a result, all the light from the screen is filtered out, making the LED displays appear black or opaque to anyone outside the conference room.
Here’s a simplified explanation: the LED screen allows only vertical light to pass through, and the Cloaking Film blocks this vertical light, effectively blacking out the display for anyone not inside the room.
Additionally, other light sources remain visible. This means that while the LED screens are obscured, people and objects like whiteboards inside the conference room are still clearly visible.
This innovative approach ensures that sensitive information displayed on screens remains private, while the open and collaborative feel of the office space is preserved. Nano Cloaking Film is an excellent solution for maintaining both transparency and privacy in modern office environments.
