In this video, we delve into the intriguing world of ceramic window film technologies. We explore the fundamental differences between hybrid ceramic constructions, comparing them to apples and oranges. Join us as we uncover the unique characteristics of each method and demonstrate how to distinguish between them using a simple meter test.
The “apple” method combines a ceramic-coated polyester base with a dyed film. While the ceramic coating effectively blocks infrared radiation, the dye adds darkness and shade options. However, dyed films alone struggle to block infrared radiation, thus requiring the hybrid approach.
On the other hand, the “orange” method utilizes a nano ceramic-coated polyester base paired with a nano carbon technology. Unlike dyed films, carbon films excel at blocking infrared radiation. By combining the clear ceramic material with carbon, we enhance infrared rejection while maintaining the ability to create darker shades.
Through a vivid demonstration, we illustrate the distinct differences between these two hybrid ceramic constructions. Using a meter, we showcase how the carbon ceramic film (orange) progressively increases infrared rejection with increasing darkness, while the dyed ceramic film (apple) maintains a constant infrared rejection regardless of shade. This simple test provides valuable insights into the performance characteristics of each method.