To soundproof a wall, decoupling and enhancing its ability to absorb and dampen sound energy is crucial. Sound travels through solid materials via contact so decoupling can be achieved by building a new wall with a gap, making it harder for vibration to travel.
Adding resilience allows the wall to flex and dampen the vibration (similar to how the suspension springs in a car help to absorb bumps in the road) while adding extra layers of mass helps block airborne noise (different types of mass block different frequencies).
The ReductoClip Independent Wall System is the ultimate solution for blocking unwanted noise through a party wall, meeting all requirements.
1. Isolation
Isolate or 'decouple' soundproofing by leaving a physical gap between the structure and the soundproofing layers to create a sound breaker.
ReductoClips are extremely effective at isolating soundproofing layers from the offending walls
2. Damping
Use elastic or damping materials like FlexiSound and Closed Cell Foam.
ReductoClips also provide excellent damping as they help to absorb sound energy and vibrations
3. Mass
Increase the density of walls to help reduce unwanted airborne noise. Using materials like Mass Loaded Vinyl, FlexiSound and Acoustic Plasterboard.
Using a combination of different types of mass helps to block different frequencies of sound
We don’t expect you to become an overnight soundproofing expert, that’s what we’re here for.
Soundproofing is trying to stop sound from getting into, or out of a room. E.g. blocking the sound from noisy neighbours. Please see our blog on noisy neighbour soundproofing for more information
No, you shouldn't need to add any soundproofing materials to the chimney breast. We normally only soundproof the alcoves of the dividing solid wall either side of your chimney breast.
Chimney breasts are generally made from a double layer of very dense fire brick. This makes the chimney breast area very high in mass and therefore perform better for soundproofing than the single standard bricks in the alcoves. Please see our dedicated chimney breast soundproofing blog
A regular question we are asked is 'can you use soundproofing foam (thin egg box foam panels) for soundproofing against noisy neighbours, or when building your own home studio?' Unfortunately, the short answer is no. Please see our foam soundproofing blog for more information
Customers frequently ask whether they can just add one or two layers of Acoustic Plasterboard to the wall between them and their neighbours for a good cheap wall soundproofing solution.
Unfortunately, we probably receive 2 to 5 calls a week from customers whereby their builders have done exactly this and the reason they are contacting us is because it hasn't worked.
Please see our plasterboard blog on why this isn't effective
There are two main options for installing our DIY soundproofing solutions and we're here every step of the way.
DIY Instalation
Use a local tradsman
See our installation page for more information
Sound is broken down between airborne and impact noise.
Airborne noise is transmitted through the air and atmosphere and experienced through the likes of people talking, TV noise, dogs barking etc. When sound waves travel through the air and reach a building they hit it and cause it to vibrate. These vibrations travel through the structure or building and are radiated out the other side (albeit at a reduced volume).
Impact noise is the physical impact on buildings or solid materials. Examples being footfall, doors banging, walking and furniture moving. Impact sound occurs because the impact causes both sides of the building element to vibrate, generating sound waves. This can often be the hardest to isolate as impact vibrations are stronger and travel further through dense materials.
Read our blog on the difference for more information
What is a decibel (dB) and how is sound measured?
Decibels are measured logarithmically (it is not a percentage). This is a way of counting or measuring something that increases rapidly, or exponentially. For example, every increase of 10dB on the decibel scale is equal to a 10-fold increase in sound pressure level (SPL). Near silence is expressed as 0dB but a sound measured at 10dB is actually 10 times louder. If a sound is 20dB, that's 100 times louder than near silence.
Please read more here
Visit the Knowledge Hub for more in depth info about how soundproofing works
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www.soundproofingstore.co.uk
01423 206208
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