Quiet revolution - the power of triple-glazing against noise pollution

In today's noisy world, peace and tranquility are precious commodities. Noise pollution, a silent menace, can significantly impact our well-being, affecting our sleep, concentration, and overall mood. Fortunately, there's a solution that can transform your home into a serene sanctuary: triple-glazing.

While urban planning and regulating vehicle noise emissions play a role in reducing noise pollution, there is a growing trend among homeowners to take matters into their own hands. Implementing noise-reducing features like triple-glazing in your home can help to protect you from noise pollution.

Best-selling timber triple glazing

P33T

A timber window for homes of the future

P21T

Classic style, modern performance

Best-selling alu-clad triple-glazing

P31A

The perfect blend of style and sustainability

P41A

Ultimate performance, unmatched efficiency

The science behind the silence

Triple-glazed windows are engineered to provide superior sound insulation. With three panes of glass and multiple gas-filled cavities, they form a formidable barrier against external noise. This technology effectively reduces noise transmission, creating a peaceful haven within your home.

"Our home is quieter and we can already feel the benefits" - read more

Here's a breakdown of how it works:

Multiple barriers:

The extra layer of glass acts as an additional barrier to sound waves, reflecting and absorbing them before they reach the interior space.

Air gaps:

The air gaps between the glass panes are filled with inert gases like argon or krypton. These gases are less efficient at transmitting sound waves than air, adding to the sound insulation properties of the windows.

Glass types:

The type of glass used in triple-glazing can also impact its noise reduction performance. Common types include:

Laminated glass: This type of glass is made by bonding two or more glass panes together with a layer of PVB (polyvinyl butyral) film. Laminated glass can help to reduce noise transmission and also offers improved safety properties, as it is less likely to shatter into sharp pieces.
Acoustic glass: Specifically designed to reduce noise transmission, acoustic glass often incorporates laminated layers or special coatings to enhance its sound-proofing properties.
Low-E glass: Low-emissivity glass is coated with a special film that reflects heat back into the room, improving energy efficiency. While primarily used for insulation, it can also contribute to noise reduction.

Beyond the quiet

While noise reduction is a significant benefit, triple glazing offers much more. It excels in energy efficiency, keeping your home warm in winter and cool in summer.

This translates to fewer draughts, cold spots and a more comfortable living experience; lower energy bills and even a potential uplift in property value compared to cheaper, less efficient and aesthetically pleasing alternatives.

MORE BENEFITS OF TRIPLE-GLAZING

VIEW OUR PROJECTS

WINDOW SELECTOR

Frequently asked questions

Triple-glazing is a type of window that has three panes of glass, instead of the usual two in double-glazing. The space between the panes is filled with an inert gas, like argon, which helps to reduce heat loss and improve sound insulation.

Triple-glazing offers better energy efficiency, reduced noise pollution, improved comfort, and can increase property value. It reduces heat loss, heat gain, and condensation.

Triple-glazing offers improved energy efficiency, reduced heating and cooling costs, better sound insulation, and can increase property value. However, it's more expensive than double-glazing and the units are heavier.

Yes, triple-glazing can significantly reduce noise pollution. By adding an extra layer of glass and gas-filled cavities, triple-glazed windows create a more effective barrier against sound waves. This extra layer helps to absorb and dampen noise, reducing the amount of noise that enters your home.

Triple-glazing can be effective for soundproofing - the level of soundproofing depends on factors like the type of glass, the thickness of the panes, and the spacing between them. For optimal soundproofing, consider acoustic glazing, a form of laminated glass with extra noise reduction properties, especially if you live in a noisy area.

Acoustic glass is the best for soundproofing. Typically, this is laminated glass with specialized layers and configurations designed to absorb and block sound waves. Double or triple-glazed glass also helps, but laminated is the most effective. Thicker glass, good seals, and proper installation are key for better soundproofing.

Triple-glazing can reduce traffic noise, specially if specified with acoustic glazing. It helps by adding an extra layer of glass and air gaps to block sound waves, but it might not be enough for significant noise reduction. For optimal results, consider acoustic glazing, which is laminated glass specifically designed for soundproofing.

Triple-glazing cannot completely eliminate noise pollution. While it can significantly reduce noise levels, it won't fully block out all external sounds, especially in areas with high levels of noise. For optimal soundproofing, acoustic glazing is a more effective solution. It's specifically designed to absorb and block sound waves, providing superior noise reduction compared to triple-glazing.

Yes, thicker glass reduces noise. Thicker glass has more mass to absorb sound. However, other factors like the number of panes, glass type, and spacing also matter for better soundproofing.

Triple-glazing generally offers better noise reduction than double-glazing. The extra pane of glass and additional air gap help to block more sound. However, the specific design, glass thickness, and type of glass used can significantly impact performance. For optimal noise reduction, acoustic glazing is often the best choice.

Back to blog

Item added to your cart