Hurricane Impact Thermal Break American Style Double Hung Sash

Aluminum Window Vertical Up Down Sliding Windows

☆Product Description

The single or double hung style is ideal for spaces where you won’t have room for sashes that move

inwards or outwards. Our sophisticated structurally reinforced thermal break aluminum windows

look elegant even with fly screens and the combination of a multi-chambered frame and double

insulated tempered glass virtually eliminates road noise from the outdoors when closed.

How to choose between Thermal break aluminium-hung windows and aluminium alloy

hung windows?
Which is better, Thermal break aluminium-hung windows or aluminium alloy hung window?

Thermal break aluminium-hung windows are often considered superior to ordinary aluminium-hung

windows, mainly because they have significant differences in thermal insulation performance.

Specific analyses are as follows:

Thermal insulation performance: the design of Thermal break aluminium-hung windows "breaks"

the connection of metal by adding insulation strips in the middle of the aluminium alloy, which

significantly reduces heat conduction and improves the thermal insulation performance of the windows.

Ordinary aluminium windows and doors do not have this layer of thermal insulation design, so their

thermal insulation performance is relatively poor.

Materials and processes:

Thermal break aluminium-hung windows use a more advanced technology and materials, making

the overall performance improved. While ordinary aluminium suspension windows do not have such

technical characteristics.
Overall, Thermal break aluminium-hung windows are superior to ordinary aluminium porthole windows

in terms of performance, especially in terms of heat insulation and heat preservation. If budget permits

and better living comfort is pursued, Thermal break aluminium-hung windows suspension windows

are a better choice. However, the final choice should also be based on an individual's specific needs,

budget, and expectations of the window's performance.