The double-glazing can improve the energy efficiency of housing by reducing heat loss due to windows and bay windows. They also improve the comfort of home by improving its soundproofing. And to top it all, their poses can benefit from important tax credit.
Purpose of double-glazing
The objective may be twofold:
* Insulation
* Sound Insulation
It is usually a choice between these two objectives: a double-pane "insulation" is generally less efficient for noise as double-glazing suitable for them (double-glazed sound), and vice versa.
The principle of double-glazing:
The principle of double glazing is very simple: two windows are separated by a layer empty (or filled with a gas, argon).
Different thicknesses:
The thickness of a double-glazing is given by a series of 3 numbers representing the thicknesses of the three components of the double glazing: the first glass, a layer of air , the second glass. Expressed in millimeters, the thickness used to define the overall effectiveness of a double-glazing: over the air space is wider, the double glazing is an insulator. There are also double glazing called "asymmetric" .In this case, the exterior glass is thicker for better soundproofing.
The double glazing reduces the effect of cold glass prevents condensation in the approximate temperature of the glass from room temperature, and therefore, lowers power consumption up to 10%. Note that double glazing whose goal is to reduce nuisance sonoressera less efficient thermally.
Purpose of double-glazing
The objective may be twofold:
* Insulation
* Sound Insulation
It is usually a choice between these two objectives: a double-pane "insulation" is generally less efficient for noise as double-glazing suitable for them (double-glazed sound), and vice versa.
The principle of double-glazing:
The principle of double glazing is very simple: two windows are separated by a layer empty (or filled with a gas, argon).
Different thicknesses:
The thickness of a double-glazing is given by a series of 3 numbers representing the thicknesses of the three components of the double glazing: the first glass, a layer of air , the second glass. Expressed in millimeters, the thickness used to define the overall effectiveness of a double-glazing: over the air space is wider, the double glazing is an insulator. There are also double glazing called "asymmetric" .In this case, the exterior glass is thicker for better soundproofing.
The double glazing reduces the effect of cold glass prevents condensation in the approximate temperature of the glass from room temperature, and therefore, lowers power consumption up to 10%. Note that double glazing whose goal is to reduce nuisance sonoressera less efficient thermally.
1 comments:
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