How Modern Door and Window Supplies Are Powering Energy-Efficient Homes
Older aluminum frames conducted heat rapidly—cold in winter, scorching in summer—driving up HVAC demand. Modern door and window supplies incorporate thermal breaks: insulating barriers between inner and outer frame sections that disrupt heat flow. This simple structural change improves insulation performance by up to 60 percent, maintaining stable indoor temperatures while drastically reducing energy transfer. https://www.zupyak.com/p/4823814/t/how-modern-door-and-window-supplies-are-powering-energy-efficient-homes
Older aluminum frames conducted heat rapidly—cold in winter, scorching in summer—driving up HVAC demand. Modern door and window supplies incorporate thermal breaks: insulating barriers between inner and outer frame sections that disrupt heat flow. This simple structural change improves insulation performance by up to 60 percent, maintaining stable indoor temperatures while drastically reducing energy transfer. https://www.zupyak.com/p/4823814/t/how-modern-door-and-window-supplies-are-powering-energy-efficient-homes
How Modern Door and Window Supplies Are Powering Energy-Efficient Homes
Older aluminum frames conducted heat rapidly—cold in winter, scorching in summer—driving up HVAC demand. Modern door and window supplies incorporate thermal breaks: insulating barriers between inner and outer frame sections that disrupt heat flow. This simple structural change improves insulation performance by up to 60 percent, maintaining stable indoor temperatures while drastically reducing energy transfer. https://www.zupyak.com/p/4823814/t/how-modern-door-and-window-supplies-are-powering-energy-efficient-homes
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