In this guide, we will give you guidance on how to soundproof a floor. We want to make sure you feel comfortable with the terminology we use, the best course of action to take with intrusive noise issues which can be applicable to all sorts of building types and a navigation around our website which will take you to further reading on particular areas regarding soundproofing - this is highly effective in giving you the knowledge to start your path into soundproofing.

We have a handy FAQ section which we have collected from our customers, questions we are asked on a daily basis that may help you. If you feel like something can be added that you would like to see here, please do get in contact with us - we want to make sure all of our customers are happy with the informative we provide.

All of our headings in our content are clickable, and will take you to that part of the document. If you want to return to the contents, we have a red button in the bottom left corner that will take you back to the top.



Creating Quieter Spaces Together, our Ethos

A brief explanation of sound

How soundproofing works

A Noise Checklist

Flanking Transmission


Helping to budget for your project

What soundproofing options you have available

What we can do for you

Where to now?


Creating Quieter Spaces Together

Our mission statement is simple, to bring everyone together to create quieter spaces – whether you are a home-owner, an architect, a start-up business or builder, we can help.

We want to work alongside you to bring back peace and quiet to your life.

Call iKoustic today to see how we can help – 01937 588 226


A brief explanation of sound

Sound is made up of a broad spectrum of frequencies which are created by vibrations; when you tap your foot, when you close the door, when you hum a tune – all of these create vibrations that result in the sound you hear and process.

Depending on the frequency of sound the lower the sound is in pitch, the more energy it contains and the more likely it is to travel in all directions and through a range of materials (this could be brick or block work for example)

We have provided a more in-depth description of sound in our 'A Guide to Sound'

If we take a 3-way speaker box for example (3 speakers, one above another), we can relate this to how we listen to music. We will help to put it into context with everyday sounds and instruments we may find in these areas and how problematic they can be acoustically

You can find some audio examples under each heading below, just press play.



Tweeter (High Frequency)



This small domed speaker at the top reproduces high frequency waves, high pitched in sound and is often at the top as most designers will aim to have it closer to head height. The reasons for this is that the high frequency noise is very directional (less likely to travel equally in all directions) because of the energy it contains, it doesn’t travel very far. If you put your speakers on and move into the next room, you will most likely hear that the higher pitched noises are experienced far less than the lower frequencies.

This means that the energy we spoke about, will find it harder to move through dense materials, a brick wall or a plasterboard for example.

  • 4khz – 20khz (Kilohertz)
  • Examples of high frequency;
    • Voice (especially in sibilance which consists of the wooshing and hissing sounds of speech, say the line She Sells Sea Shells by the Sea Shore, lots of sibilance in this example)
    • Drum cymbals, high end of guitar
    • A micro-wave completion tone (the beeps once it has completed)
    • Whistling

Mid-Range (Mid-range Frequency)



This middle-sized speaker, also in the middle of the speaker reproduces the broadest range of frequencies, therefore contains the body of most sounds we hear. The lower we come down in direction of Mid-range, the more omnidirectional (sound travelling in all directions) it becomes. It contains more energy than higher frequency noises and on the lower spectrum, can still be readily heard through a range of materials – with some being dimmed the higher we go.

  • 250hz (Hertz) to 4khz (Kilohertz)
  • Examples of middle frequency;
    • Voice can start off at around 250hz
    • Brass instruments
    • Hand percussion
    • Television

Bass (Low Frequency)



This speaker you will notice as larger of the three, this is because it needs to move an incredible amount of air, which produces large wave-forms, and this results in an increased amount of sound energy which is omnidirectional, meaning that this sound will travel through a vast array of surfaces and materials, it can sound like it is coming from everywhere, which in most cases – it is.

An example of this would be hearing a party happening in the distance, you will always hear the thudding of a kick drum or a bass line.

  • 20hz -250hz (Hertz)
  • Examples of Low Frequency
    • Kick drum
    • Voice (this can be both male and female) creating muffled experience through a wall
    • Impact noise (footsteps, doors closing)
    • Cooker or microwave humming
    • Washing machine or other appliances in operation

You will want to look at the next section as a way of surveying the noise and the path to tackling certain noise issues


How soundproofing works

Soundproofing works through the physical properties of mass, spring/suspension and absorption, which means that the best acoustic system would have;


A heavy weight to reflect the sound (Mass)

An element of elasticity, spring or (Separation)

 Absorption quality in all adjacent cavities (Absorption)


When reviewing soundproofing, it is important to note that noise issues are never completely blocked, the best reduction is when the noise issues reach a background noise level, this is as sound travels in multiple directions and through different parts of your building (see flanking below). You can find a more in-depth discussion on our Science of Soundproofing page, there is also a very handy dB graph here of different noise levels.

When looking at your soundproofing options, you will often see acoustic results which should always be displayed with an acoustic system in place. An acoustic system would always include the partition, this being a stud wall, brick wall, concrete wall and the acoustic soundproofing materials in place - you would not have testing results on an individual product.

One example we come across is direct acoustic matting options in the region of 45-50dB, please note that this will include the partition - where a dense floor boarding maybe in place or a test is carried out in a concrete structure. You will also want to take note if any acoustic ceiling systems have been put in place, as these can heavily influence results . We display wherever possible our breakdown of partitions in our performance data.

Another important note is that soundproofing materials and systems are relative to the logarithmic scale, which means adding the same system twice, measuring 10dB - would not result in 20dB overall.


A noise checklist

We want to make sure you have everything you need to progress on to the next stage, whether this is deciding to go ahead with the project, to ask iKoustic for a quotation or to place an order – we will help each step of the way.

  1. Listen to what noises you hear, is it conversation, TV, doors slamming or footsteps for example, or a combination of noises?
  2. Are noise issues one of the options below?
    1. Inaudible or background level, so when you are in your room, typical noises mask this noise issue.
    2. Muffled, you can make out there is certainly a noise – but you wouldn’t be able to tell what it is, or what words they are saying.
    3. Clear, you can tell what the noise is and hear words for example, clearly.
  3. Are some noises more problematic than others?
  4. Is there any Flanking noise? (See next section for a brief description or click on the word Flanking noise)
  5. Feel the surfaces, can you feel any vibration coming through?
  6. Take notes from anything you notice above, it will help visualise the issue

As sound is subjective, what may affect you more than others could be perhaps the slamming of a door, or a washing machine that seems to shake the whole house – but a conversation may not bother you.


Flanking Transmission

Another term you will regularly come across is Flanking (Sound, Transmission, Path) and what this essentially means is that in a wall construction, there will usually be multiple paths that the sound may travel through, below are some examples that could be in your home or workplace.

You can view this under our ‘A Guide to Flanking Transmission.

We would recommend carrying out a small home test using an open end of a glass to every surface in the room and the base pressed against your ear whilst a sound is being conducted.




This section contains Frequently Asked Questions by our customers, and how to tackle them.

Q: Do I need to soundproof my entire Floor?

A: We always recommend covering an entire area, especially for airborne noise – a weak point of an opening in the flooring will allow sound to move to that area, you will want to keep flooring as airtight as possible. Impact noise we still recommend covering the whole area, but in some cases may be used under a specific item (washing machine for example) and would still provide an impact reduction or reduce vibration transferring without covering the entire floor.


Q: When do I need to use Perimeter Edging Strip?

A: Perimeter edging strip is used to reduce contact between hard flooring and the wall - for example; you will want to use it if you are replacing the subflooring and for use with hard floor finishes such as laminate, engineered wood, tile or other. If you are unsure, please do call us on 01937 588 226.


Q: Do I need to use Acoustic Mineral Wool between the joists or can I lay products directly on top?

A: It is always best to treat cavities under the floor between the joists (and in between any suspended ceiling systems) for best results as sound will still move through and continue to be amplified in the cavity. If not, it will lessen the performance of the system as all materials are tested in this method for timber floors.


Q: Can MuteMat® be used on a timber floor?

A: They can be used on a timber floor, but as it is a dense product it's best performance is obtained on concrete – it’s noise reduction on timber is far less, we would recommend looking at our MuteMat® product. This is because it would need a greater compression to absorb footfall and other floor-based impact noises


Q: Can I use your products with underfloor heating?

A: Most products are going to be best used under the underfloor heating to make sure the heat is not impeded with dense products. MuteMat® OSF is heat transparent so can be used on top – MuteMat® will need to be laid underneath. We would recommend discussing the use of iKoustic’s floor soundproofing materials with the manufacturer and ourselves before proceeding.


Q: Can I lay carpet directly on top of MuteMat®?

A: You can, a carpet underlay is also not required unless you prefer a softer feel underfoot – it will not affect acoustic performance.


Q: Can I lay laminate or engineered flooring on MuteMat®?

A: We would recommend a 6mm ply minimum bonded to the top with adhesive, you also need to bond the MuteMat® to the timber subfloor for concrete installations please contact us on 01937 588 226


Q: Can I install tiles, vinyl and luxury vinyl tiles (amtico, karndean) on top of MuteMat®





A: Yes, we would recommend a 9mm ply minimum bonded to the top with adhesive, you would also need to bond the MuteMat to the timber subfloor for concrete installations please contact us on 01937 588 226


Q: Are your products suitable for Part E Building Regulations?

A: All our products are suitable for Part E Building Regulations, if the right systems are put in place – we can provide guidance on what to use in certain situations and estimated figures you can expect. We can only provide a guided figure but not an absolute as there are multiple variances that can affect results – if somebody is offering you a guarantee, do take caution. Speak to iKoustic for Part E Building Regulations.


Q: Can I install the products myself?

A: Of course, most of our flooring range only requires a Stanley Knife, a straight edge and applying adhesive with a trowel, we also have an installation video on our MuteMat®, MuteDeck™ would require some previous DIY experience with a circular saw and joinery. If not, we offer an experienced Acoustic Installation team to cover the UK.


Helping to budget for your project

By budget, we are weighing up three variables that all directly have an impact on the efficiency of the soundproofing;


The cost

The space lost

The performance


As these all go hand in hand, our best performing floor soundproofing system is our MuteMat® 3 Plus for timber constructions, and our MuteCradle™ systems for concrete constructions. You can click on either option for more advice on the range.

You may want to take some time to talk with us about your options, having a budget in mind helps us point you in the right direction with coming up with the most effective solution for your budget.


What options do I have available?

We supply a full range of floor soundproofing options to help tailor to most budgets, we will break our options down below and give you a brief description.

About our Performance, Cost and Thickness below, it is marked on a scale of 1-10, 1 being the lowest, 10 being the highest. You can play around with the different options to see what works for you, all details such as; estimated reduction (with the best used environments) acoustic test results and space lost.



MuteBarrier™ Systems

Performance: 2-3

Cost: 2-3

Thickness: 2-3 (up to 4mm loss of space)


Performance Description

iKoustic’s MuteBarrier™ range is perfect for those looking to keep height loss to a minimum and looking for an upgrade of soundproofing to a weak timber floor. This range comes in a 5kg per meter square and a 10kg per meter square option (with the 10kg being better for airborne reduction), It is important to note, Mass Loaded Vinyl (which is what it is made from) will note reduce impact noise and does not reduce vibration.

  • Reduction of background voices
  • Reduction of light TV use

For more information and systems these products are incorporated into, please see our guides below.


Data Sheets

Installation Information

A Guide to Understanding Acoustic Test Results




MuteMat® OSF Systems

Performance: 3-5

Cost: 3-5

Thickness: (up to 10mm)


Performance Description

iKoustic’s MuteMat® OSF series is perfect for concrete buildings to reduce impact noise. It can receive almost any floor finish without additional ply or chipboard layering, helping to reduce both material and labour costs. Suitable for use with underfloor heating and robust for daily usage.

  • Reducing footfall in concrete structures
  • Reduce vibration in concrete structures for use with appliances

For more information and systems these products are incorporated into, please see our guides below.


Data Sheets

Installation Information

A Guide to Understanding Acoustic Test Results




MuteMat® Systems

Performance: 5-8

Cost: 5-7

Thickness: 4-5

Performance Description

iKoustic’s MuteMat® series is our most popular floor soundproofing product for reducing both impact and airborne noise in timber and concrete constructions. Concrete constructions would most commonly see a dramatic improvement for impact noise and would require combining with a batten system for airborne reduction in concrete. It uses a close-cell foam, which means it has a consistent build and resistant to water, mould and other elements that cause damage around this area unlike it’s chipfoam competitors.

  • Reducing conversations
  • Reducing TV and light music noise
  • Reducing footfall issues
  • Use under kitchen appliances to reduce vibration


For more information and systems these products are incorporated into, please see our guides below.


Data Sheets

Installation Information

A Guide to Understanding Acoustic Test Results




MuteCradle™ Systems

Performance: 8

Budget Range: 6-7

Thickness: 6-7 (dependent on floor stud depth and floor finishing)


Performance Description

iKoustic’s MuteCradle™ range is a great way to provide separation from a concrete or timber construction, which is an important part of gaining the best floor soundproofing possible. It also allows servicing in concrete constructions to run underneath and allowing acoustic mineral wool to be placed between the timber work. As a floor finish, you can also upgrade acoustic performance with our MuteDeck™ and MuteMat® 2 and MuteMat® 3 for reducing airborne and impact reduction.

  • Reducing footfall and structural vibration (washing machines for example)
  • Reducing neighbour noise, conversation, television and music
  • Can be used in home studio environments
  • Can be used in home cinemas
  • To level floors in uneven concrete flooring

For more information and systems these products are incorporated into, please see our guides below.


Data Sheets

Installation Information

A Guide to Understanding Acoustic Test Results




What we do for you

Free and friendly over the phone advice on your project

Free material design and product guidance on what best to use

Free quotation and quote alterations

Price match guarantee on all comparable products

Free installation guidance

Site Visits (this will be chargeable and will reflect your location and project)

Acoustic Design

Experienced Acoustic Installation Team (this will be chargeable and reflect your location and project)


Where to now?

You have made it this far, do get in contact with us we would love to hear from you and how we can help.

To help us, you will want to gather;

  • Any plans you may have had of the build
  • Dimensions of the floor
    • We would need a perimeter reading of each room to calculate perimeter materials
  • Any images, this can help us detect any more potential issues

If you have any questions about our website, you can chat online with us be clicking on the box on the bottom right, if we are not in – leave us a message and we will get back to you!