Select Series
High performance precious metal films with natural tones designed to allow in maximum light but reject the maximum amount of heat.
The highest performing, non-reflective film in the world.
We developed the Hüper Optik spectrally selective technology to create a multi-layer filter that separates the suns heat, light and UV rays to provide comfort without compromising your view. By using Nano Technology, we were able to use precious metals, silver and gold, to allow in the maximum amount of light, but reject the maximum amount of heat without increasing the visual reflectivity of the glass.
Ceramic Series
Films using the power of Nano-Ceramic technology to
improve performance and quality.
Dual-Layered Nano-Ceramic Technology Window Film
Hüper Optik researchers developed an advancement in high performance coatings through Nano-Ceramic technology. This advancement stunned the industry and allowed Hüper Optik to patent its technology in 1998. The German technology improved performance and quality beyond other solutions.
Therm-X Series
A thermal barrier for energy efficiency aimed at high heat rejection and high light transmission.
A thermal barrier for energy efficiency.
Hüper Optik Therm-X Films use a proprietary blend of metals to create the highest performance films in their class while allowing a high amount of visible light. The Therm-X technologies create a more comfortable environment while reducing HVAC consumption. These technologies provide privacy, high heat rejection, high light transmission and great return on investment, while providing a 15 year commercial and lifetime residential warranty that will give you peace of mind.
Fusion Series
Film technology combining affordability and year-round privacy and comfort.
A fusion of green technology and energy efficiency.
Hüper Optik Fusion Films use a fusion of technologies of performance, aesthetics, neutral tones, and sustainability: providing the advantages of affordability and high heat rejection. Fusion Films deliver privacy, comfort and energy efficiency year round: reducing high energy bills, preventing temperature variances and hot spots, and rejecting infrared and ultraviolet light rays.
