Everything You Need To Know About Double Glazing

Single-glazed windows generate significant heat loss. To stop them, the installation of double glazing is essential. From the technical characteristics to the installation, through the procedures for replacing the glazed surfaces and the financial aid, here is what you need to know about double glazing.

Why Switch To Double Glazing?

The reasons are many. Starting with the mediocre thermal properties of single glazing. This results in insufficient protection against outside temperatures. In other words, single glazing lets the cold through in winter. This type of window is indeed a real energy sieve. You should know that poorly insulated windows cause 10 to 15% heat loss in housing.

The 6 Advantages Of Double Glazing

Installation Of Double Glazing

The double-glazing acts as a real shield against the cold in winter. Its thermal resistance is much higher than that of single glazing. Conversely, its thermal conductivity is lower, translating into less cold transmission outside the house. These properties are caused by the presence of air space between the two glasses and are often improved by the treatment of the windows in the factory. Here are the 6 main advantages of double glazing:

Power to thermal insulation up to 2 times higher than simple glazing.

Limitation on the use of heating appliances.

Savings on the energy bill.

Better mechanical resistance than simple glazing for increased safety.

Limitation of external noise thanks to its soundproofing properties.

Almost total absence of window condensation, unlike simple glazing.

Double glazing: the benchmark for glazed surfaces in a home. Double glazing has become the norm for windows, roof windows, French windows and bay windows, and all the glazed surfaces of a home.

Principle Of Operation Of Double Glazing

Double glazing like double glazing crystal palace for example has, as its name suggests, two panes of glass. An air gap separates these. Inside it, there may be air or gas.

What Is The Role Of The Air Gap In Double Glazing?

Made up of air or gas (argon, xenon, or krypton), the air gap provides insulation for the double glazing. Indeed, its coefficient of thermal conductivity is low. As you will have understood, this air space provides essential thermal and acoustic insulation.