Anthea arched Style Double Door
Anthea arched Style Double Door
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Anthea arched Style Double Door

$9,555.00
$9,555.00
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What is a Thermal Break?

A thermal break, also known as a structural thermal break in construction, is an insulating material that is strategically placed between highly conductive structural components within the building envelope, acting as a thermal barrier to interrupt the flow of thermal energy. Materials such as aluminum, steel, and concrete are examples of conductive structural components that can be efficiently thermally broken. By reducing the transfer of heat from one side of the structural component to the other, the thermal break acting as a thermal barrier can significantly enhance the energy efficiency of a wall, floor, or roof design.

thermal break

How do Thermal Breaks Work?

A thermal break possesses a low thermal conductivity when compared to structural materials such as aluminum, steel, and concrete. The lower the thermal conductivity, the lower the rate heat can pass through the material. When heat or cold attempts to transfer through the structure, the thermal break resists this flow, creating a barrier that minimizes temperature transfer. This ensures that the building interior remains at a more consistent, comfortable temperature. Also, reducing the rate heat can pass through a structural element, increases the thermal resistance of a connection or assembly. In construction terms it would mean the R-Value (thermal resistance) increases, the higher the R-Value, the higher the energy efficiency.

Note: The thermal modeling images below are compare a steel beam connection that is penetrating a wall. In this scenario the interior is warm and the exterior is cold, although remember thermal bridging can happen in both cold and hot climates. The temperature difference between the exterior and interior is one of the most important factors for the performance of a thermal break and the significance of a thermal bridge.

In the thermal model with no ClimaSpec Structural Thermal Break, thermal bridging is occurring due to a highly conductive material (steel) bypassing the continuous wall insulation. The color gradient that spans across the interior, through the building envelope, and to the exterior represents a thermal bridge.

thermal break

Elevate the entrance to your home with the exquisite Anthea Arched Style Double Door. Crafted with meticulous attention to detail, this luxurious wrought iron door combines elegance and functionality for an unparalleled entryway experience.

Featuring a captivating wrought iron look, this door adds a touch of timeless sophistication to your home. The arched design exudes grandeur, making a lasting impression on all who enter.

But it's not just about appearance. This double door is built to last, ensuring lasting quality and durability. Constructed from 14 gauge iron, it offers superior strength and can withstand the test of time.

Not only does the Anthea Arched Style Double Door deliver in terms of aesthetics and sturdiness, but it also offers exceptional practicality. The glass panels can be opened to provide ventilation, allowing fresh air to flow through your home. Cleaning is a breeze, thanks to the convenient access to both sides of the glass.

  • Enhances curb appeal with its elegant wrought iron look
  • Fully insulated with 14 gauge iron, promoting energy efficiency

With its one-piece 2x6 frame included, installation is hassle-free, saving you time and effort. Its luxurious design and superior craftsmanship make this double door a true statement piece, ensuring your home stands out from the rest.

Indulge in the luxury and sophistication of the Anthea Arched Style Double Door. Experience the beauty and functionality it brings to your home, and make a grand entrance every time.

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