Glass Soundproofing
The traffic noise, the construction site across the street, the trains passing in the area, the environment you live in can be noisy and annoying. This is not only inconvenient, but constant exposure can produce sicknesses.
Our soundproof windows combine excellent acoustic performance with the benefits of conventional laminated glass. Thanks to Acoustic PVC foil, specially designed, this type of glass provides a measurable improvement of the sound insulation coefficient. It can be used in combination with other types of functional glass to give you the perfect combination of insulating glass.
The traffic noise, the construction site across the street, the trains passing in the area, the environment you live in can be noisy and annoying. This is not only inconvenient, but constant exposure can produce sicknesses.
Our soundproof windows combine excellent acoustic performance with the benefits of conventional laminated glass. Thanks to Acoustic PVC foil, specially designed, this type of glass provides a measurable improvement of the sound insulation coefficient. It can be used in combination with other types of functional glass to give you the perfect combination of insulating glass.
Our soundproof windows combine excellent acoustic performance with the benefits of conventional laminated glass. Thanks to Acoustic PVC foil, specially designed, this type of glass provides a measurable improvement of the sound insulation coefficient. It can be used in combination with other types of functional glass to give you the perfect combination of insulating glass.
GLAZING RANGE
The range of soundproof windows includes windows with double or triple layer of various thicknesses,
which are composed of laminated glass with PVB or ACCOUSTIC PVB foil.
which are composed of laminated glass with PVB or ACCOUSTIC PVB foil.
6/14ar/4:
Glass type:
double layer
Thickness: 24 mm
Argon 90%
Foil: -
Rw = 34dB
Glass type:
double layer
Thickness: 24 mm
Argon 90%
Foil: -
Rw = 34dB
44.2/12ar/4:
Glass type:
double layer
Thickness: 38 mm
Argon 90%
Foil: 0,76 PVB
Rw = 36 dB
Glass type:
double layer
Thickness: 38 mm
Argon 90%
Foil: 0,76 PVB
Rw = 36 dB
33.1/12ar/33.1:
Glass type:
double layer
Thickness: 24 mm
Argon 90%
Foil: 0,38 PVB
Rw = 35 dB
Glass type:
double layer
Thickness: 24 mm
Argon 90%
Foil: 0,38 PVB
Rw = 35 dB
44.1SLA/24ar/6:
Glass type:
double layer
Thickness: 38 mm
Argon 90%
Foil: 0,38 acoustic
Rw = 43 dB
Glass type:
double layer
Thickness: 38 mm
Argon 90%
Foil: 0,38 acoustic
Rw = 43 dB
6:/12ar/4/12ar/4:
Glass type:
triple layer
Thickness: 38 mm
Argon 90%
Foil: -
Rw = 36 dB
Glass type:
triple layer
Thickness: 38 mm
Argon 90%
Foil: -
Rw = 36 dB
Advantages
Sound proof
An ideal solution for buildings that are in a noisy environment
An ideal solution for buildings that are in a noisy environment
Versatility
The combination of exceptional attributes in one product
UV protection
Minimizes the
transmission of UV
transmission of UV
More light
High light transmission factor that allows maximum use of light
Safety
Provides greater safety, especially the laminated glasses that have similar characteristics to those
of the anti-burglary glass
Provides greater safety, especially the laminated glasses that have similar characteristics to those
of the anti-burglary glass
of the anti-burglary glass
DATA SHEET
The Rw coefficient (dB) The acoustic attenuation index is relevant for the acoustic properties of a glass. It shows the difference in sound levels on both sides of the glass, for a normalized noise spectrum (for example road noise). A high value indicates a good soundproofing.
In the above charts you can see the impressive effect of sound waves absorption for a laminated glass with simple PVB foil, respectively with Acoustic PVB foil.
How does it work?
There are five factors that contribute to a soundproof window:
Glass mass - if the glass is thicker, the sound insulation is better
Asymetric - the glass sheets must have different thicknesses
Distance between glass - if the space between the glass sheets is larger, the glass is more efficient
Gas enviroment - replacing air with argon increases soundproofing performance
Using laminated glasses - the glass laminated with PVB foil or with Acoustic PVB (SLA) foil dampens sound waves better than monolithic glasses
Asymetric - the glass sheets must have different thicknesses
Distance between glass - if the space between the glass sheets is larger, the glass is more efficient
Gas enviroment - replacing air with argon increases soundproofing performance
Using laminated glasses - the glass laminated with PVB foil or with Acoustic PVB (SLA) foil dampens sound waves better than monolithic glasses