2mil Magnetron Thermal Reflection Film series

The AVS90 magnetron sputtering process is utilized in the production of the magnetron thermal reflective film, which excels in providing long-lasting reflection and thermal insulation due to its high clarity, thermal insulation, and stability. It is the perfect choice for those seeking both visual enhancement and thermal comfort.

AVS70 magnetron thermal reflective film, created through a multi-layer magnetron sputtering process, offers exceptional performance in maintaining reflection and thermal insulation over an extended period, thanks to its high clarity, thermal insulation, and stability. Ideal for various window sizes and shapes, the film stands out for its versatility, elevating the visual appeal of spaces with a sleek and modern aesthetic.

The AVS15 windshield window film, a revolutionary solution that will transform your driving experience. This state-of-the-art film is meticulously engineered for windshields, seamlessly blending functionality and innovation to elevate visibility, comfort, and safety on the road. With its advanced technology. With its high clarity, thermal insulation, and stability, the magnetron thermal reflective film, manufactured using a multi-layer magnetron sputtering process, ensures excellent long-lasting reflection and thermal insulation performance.

The AVS14 magnetron sputtered film, a revolutionary window enhancement solution. Utilizing advanced magnetron sputtering technology, this film offers unparalleled optical clarity and durability. The high clarity, thermal insulation, and stability of the magnetron thermal reflective film, produced through a multi-layer magnetron sputtering process, contribute to its outstanding performance in maintaining long-lasting reflection and thermal insulation.

Upgrade your living or driving space with the AVS05 reflective solar window film tint. The magnetron thermal reflective film is made of multi-layer magnetron sputtering process, which has excellent performance of long-lasting reflection and thermal insulation due to its high clarity, high thermal insulation and high stability.