Difference Between Dyed, Color, Ceramic, and Crystalline Window Films
Dyed, color stable, ceramic, and crystalline are all types of window films offered by 3M. Here's a brief overview of the differences between these types of window films:
Dyed Window Films: These films are made by adding a dye to a layer of adhesive film. The dye absorbs some of the solar energy that hits the window, reducing the amount of heat and glare that enters the building. Dyed films are the most affordable option and can provide some degree of privacy by darkening the window.
Color Stable Window Films: These films are also made using a layer of adhesive film, but they incorporate nano-carbon technology to enhance the film's performance. This technology allows the film to absorb more heat and light than dyed films, making them more effective at reducing heat and glare. Color stable films are also designed to resist fading over time, which means they will maintain their appearance for longer.
Ceramic Window Films: Ceramic window films are made using a layer of ceramic particles that are embedded in the adhesive film. These particles absorb a significant amount of solar energy, making them highly effective at reducing heat and glare. Ceramic films also provide excellent clarity and do not interfere with electronic devices. They are also more durable and resistant to fading than other types of window films.
Crystalline Window Films: Crystalline films are the most advanced type of window film offered by 3M. They are made using a proprietary multi-layer optical film technology that reflects and absorbs up to 97% of infrared light and up to 60% of heat coming through the windows. They are virtually clear and have high visibility and clarity.
In summary, dyed films are the most affordable option and provide some heat and glare reduction. Color stable films are more effective and resistant to fading, while ceramic films are highly effective, clear, and durable. Crystalline films are the most advanced and effective, providing excellent heat and glare reduction without sacrificing visibility.
