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On the other hand , water-resistant features are crucial for their ability to withstand severe weather conditions . Structural integrity , which is primarily concerned with wind resistance , ensures that windows and doors can endure both the inward push and outward pull of wind forces , which is crucial for maintaining their stability and performance in stormy conditions .
Additionally , certain window designs , like casement or awning styles , naturally enhance weather resistance thanks to their design . When these windows are closed and locked , the weatherstrip is compressed , creating a tighter seal and improving wind load management . Installation methods and overall home design , including features such as roof overhangs , can also significantly influence the ability of windows to resist various weather conditions . Poor air and water resistance and compromised structural integrity in windows and doors can expose new construction to heightened risks of weather-induced damage . This could include , for example , water leaks during heavy downpours combined with high winds , potentially leading to expensive repairs and upkeep over time .
Energy efficiency in weather protection
If builders and contractors include energy-efficient features in weatherresistant windows and doors , it boosts their performance , making homes more comfortable , sustainable , and valuable . This is especially true with those that comply with the new Energy Star 7.0 standards . Assisted by the new criteria , windows and doors must meet rigorous U-factor requirements for all climate zones and the adjusted solar heat gain coefficient ( SHGC ) requirements in the South Central and Southern zones . The standards also introduce a minimum SHGC for the Northern zone , enhancing energy efficiency and performance .
Non-weather resistant and non-energy efficient windows and doors can also lead
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