A New Era of Window Films

02	Intro
06

140-plus Years Of Japanese Technology & Expertise

This where ICE-μ begins: with 140-plus years of Japanese knowledge. Brilliant technology meets cutting-edge manufacturing to create a revolutionary security film.

02	Intro
06

140-plus Years Of Japanese Technology & Expertise

This where ICE-μ begins: with 140-plus years of Japanese knowledge. Brilliant technology meets cutting-edge manufacturing to create a revolutionary security film.

Embrace Light, Reject Heat

Clarity and comfort are yours with ICE-μ. Thanks to its Wavelength Control Technology, every layer is designed to let in light for clear views while absorbing UV and IR heat for comfort.

Embrace Light, Reject Heat

Clarity and comfort are yours with ICE-μ. Thanks to its Wavelength Control Technology, every layer is designed to let in light for clear views while absorbing UV and IR heat for comfort.

Creating Excellence Through Precision

The art of roll-to-roll coating ensures each film layer is made with excellence. Precision Coating Technology reproduces ICE-μ’s features with speed and accuracy, down to the nano level.

Creating Excellence Through Precision

The art of roll-to-roll coating ensures each film layer is made with excellence. Precision Coating Technology reproduces ICE-μ’s features with speed and accuracy, down to the nano level.

Start Your Journey With ICE-μ

Start Your Journey
With ICE-μ

UNPARALLELED UV AND IR REJECTION MEETS SUPREME CLARITY

for Cars

for
Cars

– – %

Visible Light
Transmission

– – %

Visible Light
Reflection

– – %

Total Solar
Energy Rejection

– – %

Infrared
Rejection

– – %

Ultraviolet
Rays Rejection

No Signal
Interference

– – %

Visible Light
Transmission

– – %

Visible Light
Reflection

– – %

Total Solar
Energy Rejection

– – %

Infrared
Rejection

– – %

Ultraviolet Rays
Rejection

No Signal
Interference

for Buildings

for
Buildings

– – %

Visible Light
Transmission

– – %

Visible Light
Reflection

– – %

Total Solar
Energy Rejection

– – %

Infrared
Rejection

– – %

Ultraviolet
Rays Rejection

No Signal
Interference

– – %

Visible Light
Transmission

– – %

Visible Light
Reflection

– – %

Total Solar
Energy Rejection

– – %

Infrared
Rejection

– – %

Ultraviolet Rays
Rejection

No Signal
Interference

Discover The Technology Of ICE-μ

04	Why Us
06

Your Shield Against The Sun

ICE-μ uses Wavelength Control Technology to let in visible light while rejecting 95% of UV and IR rays. Thanks to High-Refractive and Low-Refractive Index Films, you can enjoy comfort free from the heat and radiation of the sun.

Precisely Made To Let In Light

Precision Coating Technology faithfully recreates layers which let in visible light for greater clarity with clear views. With a proprietary roll-to-roll coating method, such precision can be speedily and accurately reproduced down to the nano level.

Built With Your Safety In Mind

Security and safety are built into ICE-μ. The film is 4 mils thick and holds glass in place in the event of an impact, protecting you and your loved ones with every layer.

Environmentally Friendly For The Planet

With less heat comes less air conditioning, leading to a smaller carbon footprint. Live greener with an environmentally friendly film that will help you to save nature.

Lets Signals Through For Your Convenience

Enjoy greater ease and convenience with the film’s non-metallic construction which allows signals from mobile devices such as phones and GPS to pass through

04	Why Us
06

Your Shield Against The Sun

Precisely Made To Let In Light

Built With Your Safety In Mind

Security and safety are built into ICE-μ. The film is 4 mils thick and holds glass in place in the event of an impact, protecting you and your loved ones with every layer.

Environmentally Friendly For The Planet

With less heat comes less air conditioning, leading to a smaller carbon footprint. Live greener with an environmentally friendly film that will help you to save nature.

Lets Signals Through For Your Convenience

Enjoy greater ease and convenience with the film’s non-metallic construction which allows signals from mobile devices such as phones and GPS to pass through