The thermal efficiency of windows and doors allows for long-term savings and comfort. Growing concerns about the quality of life in buildings, where we spend approximately 90% of our time, rising energy prices, and a growing awareness of sustainability are leading to thoughtful investment decisions. For example, the insulation of windows and doors is critical to interior comfort, but installation determines the ultimate thermal performance.

Look at the window and door insulation primary concepts: 

The lower the U-Factor, the greater the thermal efficiency. However, the window’s U-factor depends on the components that make it up, such as the profiles or the glass. Figures to consider according to NFRC code standard:
– NFRC 200 Solar Heat Gain Co-efficient – Lower SHGC, Lower Heat Gain Ratio, based on 0 to 1
– NFRC 300 Visible Transmittance – Higher VT, More Light
– NFRC 100 U-Factor – Lower U-Factor, More Efficient and Energy Performance
– NFRC 500 Condensation Resistance
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All standard products we offer were tested and are available on the NFRC Website – www.nfrc.org

However, an estimated 40% of the energy lost in buildings through windows and doors is also caused by the connection of elements to the building. That is why specialized professionals must ensure installation. At Ecosupply, we care as much about meeting the element’s required values as we do about providing the air-tight seal on site. We follow the best practices so non-conform installations don’t impact performance.

Finally, the thermal performance also depends on the size or elements’ types of openings. At Ecosupply, we can provide a thermal simulation that considers the detailed profiles, the type of glass used, and the element’s size on site — everything, to ensure you get what you want for your project.

Keep yourself well informed.