Thermally Broken Steel: Redefining Energy Efficiency in Door and Window Systems

Energy efficiency has emerged as one of the most important trends in the building and construction industry. The devastating effects of global warming fueled by emissions from fossil-based fuels have spurred innovative techniques in the building industry. One of these outstanding innovations is the use of thermal break technology in steel doors and windows.

Doors and windows account for a large percentage of energy loss in residential properties. Thermal broken steel frames provide improved energy efficiency in modern buildings through reduced conductivity. Read on and find out how thermal broken steel doors and windows can improve energy efficiency in your building.

Thermally Broken Steel: Redefining Energy Efficiency in Door and Window Systems

What is Thermally Broken Steel?

First things first: Thermally broken steel features an insulator/separator material between two metal halves. While steel is one of the strongest and most durable materials in construction, it’s also a good conductor of heat. This means steel doors or window frames lose or gain heat depending on external temperature variations.

Thermally broken steel frames solve this problem by incorporating a high-performance insulator material between two steel parts to reduce thermal conductivity of a door or window. The thermal broken metal frame won’t comprise your building’s energy efficiency.

The barrier reduces the flow of heat (thermal energy) which reduces heat loss in winter and heat gain during summer. Thermally broken steel makes high-quality frames tested to SDI-113 standard. This is the standard practice used to determine the steady state thermal transmittance of steel frames.

Why Invest in Thermally Broken Steel Systems?

If you’re shopping for doors or windows for your home, thermally broken steel products should top your list. Here are some benefits of using thermally broken steel products in your building:

1.    Saving on energy costs by reducing heat loss or gain
2.    Improving indoor comfort irrespective of external temperature variation
3.    Promoting sustainable or green buildings with minimal or no energy wastage
4.    Contributing to environmental conservation efforts by reducing reliance on fossil fuels
5.    Dampening vibrations
6.    Reducing condensation on glass parts caused by metal doors and windows
7.    Helping with code compliance in relation to energy efficiency in buildings

Looking for energy-efficient solutions for your building? Iron Doors Plus offers a wide range of custom doors and hardware. Contact us today and leverage our innovative energy-saving thermally broken steel products.

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