Easyto Thermal Solution

Easyto applies advanced rare earth technology across films and coatings, each engineered for specific environments:

• Architectural Window Films – Nanostructured rare earth particles selectively block up to 99% of UV and ~95% of infrared radiation while keeping high visible light transmission. This cuts solar heat gain through glass without changing appearance or clarity.
  
• Automotive & Transport Films – Designed for vehicles and beyond, our rare earth films provide high IR rejection, UV protection, glare control, and signal-friendly clarity. They are used not only in cars but also in buses, trains, marine glass, and even helicopter canopies, delivering cooler cabins, passenger comfort, and interior protection across all transport sectors.
  
• Radiative-Cooling Coatings – Our coatings use rare earth emissive materials to reflect sunlight and radiate heat through the atmospheric window. Applied to roofs, walls, industrial tanks, or equipment, they significantly lower surface and indoor temperatures — with no wiring, mechanical systems, or complex upkeep.
  

Together, these solutions provide long-lasting, maintenance-free energy savings for buildings, vehicles, and large-scale infrastructure.

We provide rare earth-based window films, auto tint, radiative cooling coatings for use in homes, buildings, vehicles, and industrial applications. Each product is designed to reduce heat and improve energy efficiency.

Absolutely. All Easyto solutions are engineered for harsh Aussie conditions — UV-stable, weatherproof, and built to last under extreme heat and sun exposure.

U-Value & K-Value measure heat transfer by conduction in steady-state lab insulated glazing units (IGUs). Our rare earth window films work differently — they actively manage radiant energy (infrared and ultraviolet) through selective absorption and dissipation using the LSPR effect. Since the films are applied to existing glass rather than forming a sealed IGU, the standard U-Value test method does not apply. Instead, performance is better reflected through metrics like IR rejection, visible light transmission, and effective thermal resistance (R-Value), which capture how the films perform in real-world building environments.

Customers typically save up to 40% on cooling energy use in summer, as our coatings and films reduce indoor temperatures by 5–15°C, lowering the need for air conditioning. In winter, our rare earth film helps retain warmth, delivering up to 60% energy savings on heating.

Yes. Our films and coatings are designed for retrofitting — ideal for both new and existing buildings, vehicles, telecom cabinets, and skylights.

Our products are engineered for long-term durability. Films can last over 10 years without fading or peeling, while coatings are formulated to withstand years of sun, rain, and environmental wear with minimal maintenance.

Yes. Our passive cooling technology reduces energy consumption and lowers carbon emissions — with no electricity, wiring, or moving parts. We also support green building certification and ESG goals.

For best results, we recommend professional installation — especially for large surfaces or commercial projects. However, some of our window films are DIY-friendly and come with application support and training if needed.