Enjoy the instant benefits of

Advanced Static Nano-Film

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At Thermal Glass Coatings, our Advanced Static Nano-film creates an instant heat barrier against infrared (IR) and ultraviolet (UV) rays that lead to heat and sun damage. Though invisible to the human eye, this cutting edge nanotechnology contributes to a significant improvement to the comfort of your living or work space - without sacrificing precious natural light!

Protecting you and your home from harmful UV

Ultraviolet radiation causes irreversible damage to furnishings. Our Advanced Static Nano-Film plays a critical role in shielding you, your valued possessions, furniture and fixtures. Blocking 99% of harmful ultraviolet radiation, this fast, efficient solution delivers an incredible form of ultraviolet protection.

Unlike ordinary tint films that use dated dye-pigments that often fade and delaminate, Thermal Glass Coatings install advanced nano-particle static films designed to absorb ultraviolet and infrared radiation without risk of fading. In fact, since our static films do not require adhesive or water, they can easily be removed - creating no mess and no damage! Simply enjoy the immediate benefits of preventing damage to your home interior.

Cool in Summer

During summer, most of the thermal heat entering a building comes through the windows and skylights. On a hot day, every square metre of your windows can transmit as much as a 1000W heater! Our new Advanced Static Nano-film allows beautiful natural light to enter a room - while keeping unwanted solar heat outside. Without air conditioning, this clever film can help keep rooms cooler by up to 10°C, providing an ideal heat barrier without adding to your energy bills or compromising natural light!

✔ Heat Rejection

✔ Reduced Cooling Costs

✔ No More Fading

✔ Reduced Glare

✔ Increased Privacy

✔ UV Protection

During summer our nano-film can keep your room cooler by up to 10°C!

Enjoy a cooler living or work environment and save up to 35% on your energy costs! Receive an estimate using the adjacent form.