Low-e glass usually has a light greenish color. This color comes from a thin layer of silver oxide. This coating reflects infrared light. It improves energy efficiency and provides solar control. The light green hue helps you spot low-e coated windows, which look different from regular glass without this coating.
The effects of Low-E glass are significant. It reduces heat loss in winter and minimizes heat gain in summer. This helps maintain a comfortable indoor temperature throughout the year. Various Low-E options exist, including hard-coat and soft-coat variations. Hard-coat Low-E glass is durable and best for extreme climates, while soft-coat Low-E glass offers superior performance in moderate environments.
One of the key benefits of Low-E glass is energy efficiency. It lowers energy costs by decreasing reliance on heating and cooling systems. Homeowners appreciate the reduction in energy bills alongside environmental benefits, as Low-E glass techniques contribute to sustainability.
In summary, Low-E glass serves multiple purposes, combining functionality with energy savings. Exploring its applications and how they can enhance building performance reveals even more advantages to consider in your choices for building materials.
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