Acoustic Glazing

Things To Consider When Selecting Highly Effective Acoustic Glazing

Acoustic Glazing helps reduce ambient noise and create places that are quiet and calm. The volume of noise that enters the home could be explained by a variety of reasons However; one of the main elements is the performance of the windows that are installed on the property. Acoustic Glazing can help dampen or minimize the sound by acting as a barrier between frequency amplification. 

What Is Acoustic Glazing?

Acoustic Glazing can be described as a kind of glass specifically developed for purposes of noise-proofing. It is more soundproof windows than double glazing which is standard this means that it can be typically used in homes that have:

  •         Close to busy roads
  •         Underneath flight paths
  •         It is located in a noisy area.

If you’re struggling with outdoor noise and would like to create a more tranquil home, windows can be fitted with the Acoustic Glazing you need to make your home more peaceful. If you’d prefer to find out more about it take a look!

What Can Acoustic Glazing Do to Lessen The Sound?

Acoustic glass is created by gluing two pieces of glass with an acoustic glass double glazing membrane made using Polyvinyl Butyral. It looks like an ordinary piece of glass that is annealed, but it’s significantly thicker.

The layer of polyvinyl Butyral dampens sound waves, but it is the size of the glass that is a major factor in sound reduction. The thicker glass makes soundwaves travel farther, which means the sound will decrease more when they get to the inside of your home.

Define Db Levels Required

Sound reduction in space is typically possible by high-performance acoustic windows. The best sound performance can be achieved when glazing panes are constructed from laminate glass, which may vary in thickness.

It is crucial to determine the required acoustic performance and, ideally, an engineer with sound experience should be involved in the assessment.

After you have identified the noise reduction you’re looking for the measurement must be aligned to a specific type of glass that will provide the needed performance. The window manufacturer will have information on the glass that is available.

Capacity Of Manufacturing

A lot of people overlook this at this point. Manufacturing capabilities are a vital factor to take into account when choosing the kind of window you have currently or would like to. Manufacturers of windows come with styles, and they can typically only fit double-glazed units of the thickness of a specific amount.

It is not worth selecting a glazed model for its acoustic qualities when the size of the unit cannot fit into the size of the unit that you require.

The majority of manufacturers can fit double-glazed units of 24mm into their frames, but acoustic glasses can be much thicker. Laminates are glass panes which provide the greatest sound quality, often means that this thickness can reach 36 millimetres.

A lot of manufacturers are unable to accommodate such large glazing units into their window designs specifically on older kinds of windows like windows with sash.

The high-quality workmanship and the technological developments in our factories ensure that we can manufacture the technology required to manufacture Sash windows that have profiles as large as 36mm to allow for the highest quality acoustic glass window cost.

Acoustic Glazing Window Performance

Overall performance and quality of the windows is a major influence on the acoustic performance of the window and is often ignore. It is not worth purchasing acoustic glass if it is later into a window with low performance.

The gaps between the sashes, no matter how small, will let the sound in regardless of the glass employed. Windows generally should be able to pass independent testing conducted by an independent third party like BM TRADA or BSI.


It is also crucial to think about how the usage of trickle vents affects the performance of a window’s acoustics. Although trickle vents are often listed using acoustic measurements, they are often a mistake due to the criteria on the basis of which they are valued.

If high acoustic performance is required, trickle vents must be avoided since they cause harm. The acoustic double glazing u value block vents can be massive visually unattractive and frequently are not suitable for windows with a design.

Knowing Everything About Acoustic Secondary Glazing

It transmits sound through windows through direct vibration within the glass. The bigger air space created by secondary glazing dissociates the movements of the inside and the outer glass. This is why they function as distinct barriers, thus reducing resonance, and providing better performance than conventional sealed unit double glazing.

Airborne noise is also a significant issue in windows that aren’t properly. A 1 % gap in the entire window area could reduce the sound insulation by as much as 10dB. A specially-design secondary window covers the entirety of the exterior window by using frames that are bonded with an acrylic sealant as well as opening panels that are with high-performance seals.

Key Benefits Of Acoustic glazing

Noise is an unwanted sound, and is a type of pollution that has negative effects on wellbeing and health. The measures to reduce the amount of noise are necessary.

  •         Reduce sleep disturbance
  •         lower stress levels
  •         Increase productivity and concentration
  •         Assistance in meeting noise-planning limitations
  •         Guidance


Sound is measured using pressure, and expressed in decibels (decibels). The threshold is 0dB. This indicates the level of hearing while 120dB marks the threshold that pain becomes apparent. Our ears respond to the loudness which is determined by the sound pressure level as well as how loud the sounds are.

The ear’s response is greater to higher frequencies and will make it appear louder. It is a logarithmic scale. The increase in 10dB is equivalent to a doubling in loudness while a difference of 3dB is not noticeable.

Sound reduction index (R) is L1 + L2 +10lg (S/A) dB

L1: the average sound pressure in the room from which it originates.

L2: the average sound pressure in the reception room

S: Area of the test area (m2)

A: the area of sound absorption in the space of reception

A Different Way To Think About This Formula Is To Consider This Example:

A high-performance window that has an index of sound reduction of 20dB can reduce an outside 60dB the noise level to 40dB in the room next to it.

Double-Glazed Windows With Acoustic Glazing

In double-glazed windows with triple-glazing cost glass, the panes of glass will have different thicknesses.

This is important since glass has resonance frequencies which is the pitch at which glass will harmonize with sound, and amplify it. Two glass panes with identical thicknesses will result in that sounds of similar sound frequencies being amplified.

But having two panes with different depths implies different resonance frequencies. So, certain pitches are not amplified by the two panes.

The Right Glass To Choose For The Acoustics That Is Right

Although glass is gorgeous visually, it must also be able to meet the highest standards of performance. One of the most important aspects of performance is the acoustics of any size, whether large massive panels that are use to create the exterior of buildings or the smaller ones for interior partitions.

Is triple Acoustic Glazing worth it when you are designing your project, there are a variety of aspects that you must know and think about for example:

How Can I Determine What Is An STC Or OITC Rating?

The most basic measure of acoustic performance is known by its Sound Transmission Class or STC. This metric is used to measure the levels of sound in walls in the interior of buildings in which the predominant sound sources are conversations with people and office machinery.

The other measurement is known as OITC, which stands for Outdoor-Indoor Transmission Class or OITC. The OITC metric measures the levels of sound for walls that are outside where sound sources are from outside, like cars. This is particularly important for architects as it will affect the most the performance of a building the most.

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