In case you live in an area where winters are notably lengthy, you will see that it advantageous to switch from traditional home windows to double glazed units. There are various benefits associated with the latter: Double glazed windows are more energy-efficient and harder to break. In addition they do a better job of reducing noise.
So, how exactly does double glazing work? Contrary to what many people think, the principle behind the technology is pretty simple – but it’s worth understanding the science that can assist you to make better selections about which features are worthwhile, and which are merely marketing gimmicks.
First, two glass panes are held collectively in a frame. Glass panes used in double glazing are usually tinted though clear varieties are available. The tint helps to soak up solar radiation so that through the warm summer season months, your house is not going to really feel like an oven.
The most common tints are bronze, gray, blue and green. Higher-end glass panes might employ a mix of reflective, anti-glare and heat-absorbing technologies.
Second, a barrier of air or gas is maintained between the two window panes. Called a spacer, this gap is key to reducing heat loss and noise. Heat will always move from higher to lower temperature. In solids (like glass), this happens very quickly because the particles are tightly packed.
Heat switch is way slower in gases (like the air or argon trapped within the spacer) because the particles not only move freely however are also located far aside from each other. The impact is improved insulation. Heat does not escape easily from the window. Your property stays warmer longer.
Sound travels slowest by air and accounts for a way double glazing can keep noise levels down. Additionally, some spacers come with foam padding designed to soak up echo and muffle sound. This is a great way to host late-evening events without disturbing the neighbours.
Finally, the barrier is sealed to forestall the entry of outside air and to avert moisture build-up in the inner glass panes. Standard spacers contain dessicant as an added precaution in opposition to condensation.
There are a number of factors that may affect the general efficiency of double glazed windows. These embrace the kind of window frame used, the thickness of the glass and the space between them.
Regardless of the variables, all double glazed windows operate under the identical primary principle. Traditional windows make the most of only one pane of glass, whereas double glazing uses two. Between the two panes of glass is an air or gas-crammed barrier that works to reduce heat loss and regulate heat gain.
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