Soundproofing for washing machines and dryers – the best tips for a quieter home

Washing machines and dryers are two of the most frequently used appliances in the home – but also two of the most common sources of noise. Vibrations during the spin cycle, resonance in floors and walls, and rattling from the machine frame can quickly create a disturbing noise that spreads throughout the entire home. The problem is often particularly noticeable in apartments, laundry rooms near bedrooms, or in houses with lighter floor structures where structure-borne noise is effectively transmitted. What sounds "completely normal" in the laundry room can be perceived as loud thumps or humming vibrations in the adjacent room.

The good news is that much of the noise can be reduced without replacing the machine. By combining vibration damping under the machines with smart sound insulation around them, you can stop the noise at the source and create a much quieter environment at home. The right measures not only improve comfort for you and your family, but also reduce the risk of disturbing your neighbors – especially when running in the evening and at night. In addition, less vibration can mean less wear and tear and a longer service life for both machines and installations.

In this guide, we go through the most effective methods for soundproofing washing machines and dryers. You will get a clear overview of why the noise occurs,
how to identify the most common sound paths, and which solutions work best to reduce vibrations, resonance, and sound leakage. The goal is simple: a quieter, more stable, and more comfortable laundry room—without compromising on function or performance.

Here are some advantages of soundproofing your washing machine and dryer

Less noise throughout your home
When you soundproof your washing machine and dryer, you reduce motor noise, thumping and rattling during operation. This means that the sound does not spread as much to other rooms, which is especially important in apartments or laundry rooms close to bedrooms and living rooms.

Reduced vibrations and structure-borne noise
Spinning and tumbling create powerful vibrations that easily travel through floors and walls. With effective vibration damping, you stop the noise at the source,
resulting in a more stable machine, less resonance in the building, and a significantly lower perceived noise level.

Better comfort and peace and quiet at home
A quieter laundry room makes a big difference to the overall feeling in your home. You can do laundry while someone else is working, resting, or watching TV without being disturbed by a constant humming or thumping noise in the background.

Safer evening and night-time operation
With a sound-insulated washing machine and dryer, you can run programmes later in the evening or early in the morning without risking waking the family or disturbing the neighbours.
This gives you greater flexibility in your everyday life.

Extends the life of your appliances
Excessive vibrations wear down the drum, bearings, fasteners, and screws. When vibrations are reduced, the load on the moving parts of the appliance is reduced,
which can result in fewer operational problems, reduced maintenance, and a longer service life.

Less wear on floors and furnishings
Vibrations affect not only the machine but also the surface it is placed on. By dampening noise and shocks, the risk of damage to floors, baseboards, and nearby walls is reduced—especially on sensitive surfaces such as wood or tile.

Softer and more pleasant sound
When resonance and reflections are reduced, the sound of the machines is perceived as more "muffled" and less sharp. Even if the decibel level is only reduced by a few steps, the difference often feels greater because the sound becomes less intrusive.

A more premium and well-designed laundry environment
A quiet laundry room is perceived as more well-planned and high-quality. Soundproofing creates a calmer atmosphere, making the laundry room or bathroom feel more comfortable and exclusive to use.

Step-by-step: How to effectively soundproof your washing machine and dryer

Washing machines and dryers generate noise in two ways:
Firstly, through vibrations and structure-borne noise that spreads through floors and walls, and secondly, through airborne noise and resonance that builds up in the room and in cabinets/frames.
Therefore, a single measure is rarely enough if you want to see a clear improvement.

For best results, you need to dampen the sound in several stages – from the machine's contact with the floor to how the sound behaves in the room.

Follow the step-by-step guide below to achieve a quieter, more stable, and more comfortable laundry room.
Each step builds on the previous one, and together they create a comprehensive solution that reduces noise both in the laundry room and in the rest of the home.

Step 1: Identify which noise is most disturbing

Start the machines and listen for what dominates. Here it is important to distinguish between different types of noise, as this determines which measures will have the fastest effect.

– Vibration damping:
Thumping or powerful vibrations during spinning, structure-borne noise via the floor.
This is often the biggest disturbance, as vibrations can spread far in the structure and be heard in other rooms.

– Sound barrier and sound absorption:
Brumming/buzzing, motor and resonance noise. This noise is often amplified by cabinet frames, walls and hard materials in the room.

– Adjustment of location or vibration damping:
Rattling/clinking, loose panels, or contact with furnishings. These are often "small" noises that are perceived as particularly annoying because they are sharp and irregular.

By understanding the type of noise, you know where to start and avoid spending time on measures that do not match the problem.

Step 2: Ensure that the machines are completely stable

A machine that is even slightly out of level dramatically amplifies vibrations.
Even a slight imbalance can make the spin cycle noisier, increase the noise level, and spread the structure-borne noise further throughout the house.
Therefore, stable placement is the basis for all other noise reduction.

– Check that the washing machine and dryer are level in all directions.
– Adjust the feet until the machine is completely stable and does not rock when you press lightly on it.
– Make sure that the machines are not pressed against walls or cabinet sides, as this creates a direct sound bridge for vibrations.

This is often the most underestimated but most effective measure – and it also makes the subsequent steps work better.

Step 3: Dampen vibrations against the floor (most important of all)

Floors and joists are the main sound path in laundry rooms.
When vibrations go straight down into the floor, they spread throughout the building and can be heard as noise in adjacent rooms, on other floors, and sometimes throughout the entire building.
Therefore, you need to dampen the vibrations at the source – under the machine.

– Lay Polaric damping mat as a base to reduce the amount of vibration reaching the floor.
– Combine with Neosound insulation on top for extra absorption, stability, and better decoupling between the machine and the floor.
– In case of clear point vibrations, you can add Dampio vibration plates under the feet to reduce "impact" and hard contact points.

This stops structure-borne noise at the source and reduces noise in the rest of the house.
Many people find that this is where the biggest difference is made – both in terms of noise level and how stable the machine feels.

Step 4: Insulate against resonance in walls and furnishings

If the laundry room has hard surfaces such as tile, concrete, or plaster, sound is easily amplified.
In addition, cabinet frames and thin panels can start to vibrate and act as a "speaker," making the sound seem louder and more intrusive.
To reduce this, you need to both block the sound and remove the resonance that builds up in the structure.

Install an MLV sound barrier on thin surfaces, behind cabinets, and other places that allow sound to pass through. Also, install Polaric as the first layer where the structure vibrates.
– Add an absorbent layer of Egg - Sound Insulation so that the sound that is blocked does not bounce back and build up resonance inside the wall or cabinet system.

This blocks the sound and absorbs it at the same time, instead of it bouncing around in the structure.
The result is a laundry room where the machine noises feel softer and less "tinny."

Step 5: Seal gaps and penetrations

Small gaps act as sound leaks, especially around pipes, penetrations, and cabinet frames.
Sound always takes the easiest route, and even if you have dampened the vibrations, noise can still "escape" through small openings.

Seal joints and penetrations with Seal - Sealing strips that follow movements and do not create hard contact points.
– Check that no panels are loose and that hatches/frames close tightly.

A tight installation prevents sound from leaking unnecessarily and allows the rest of the soundproofing to have maximum effect.

Step 6: Reduce rattling and contact noise

Rattling often comes from the machine hitting the interior or something being loose.
This is a sound that is quickly perceived as particularly disturbing because it is sharp and irregular.
This can make the entire laundry room feel "messy" even if the background noise is not that loud.

Tighten braces, panels, and screws on machines and nearby fixtures.
– Check hoses and cables to ensure that they do not hit the wall or cabinet during operation.
– If the machine is close to a wall or cabinet: create a gap where contact is likely to occur to prevent vibrations from being transmitted directly.

This will eliminate those annoying, sharp noises that are otherwise amplified in the room and make the laundry room feel quieter and more stable.

Step 7: Soundproof the room if it echoes

In many laundry rooms, the noise is perceived as worse because of the echo.
Hard surfaces cause sound to bounce back and forth, creating a reverberation that makes the machine noise feel both louder and more intrusive.

– If you hear a clear reverberation: Install PESsound absorbers on the largest free surfaces.
Focus on surfaces close to the machines and on large flat surfaces where sound would otherwise be reflected directly back, such as the wall or ceiling.

This makes the machine noise seem softer and less aggressive, even if the machine itself is just as loud.

Step 8: Test, adjust, and fine-tune

Run a program and listen again. The difference is often noticeable immediately, but sometimes minor adjustments are required to achieve the final improvement.

– Have the vibrations decreased and does the machine feel more stable?
Has the resonance disappeared in cabinets or walls?
– Does the sound seem softer and less intrusive?

If any noise remains, add more locally where you can still hear the disturbance – often a little extra damping in the right place is enough to get rid of the last annoying sound.

Summary – how to achieve a quieter laundry room

The most effective sound dampening is achieved when you combine stable placement, heavy vibration dampening against the floor, and sound barriers and absorption in walls and cabinets.
When you break the sound path at every point, your washing machine and dryer will be noticeably quieter – both in the room and throughout the rest of your home.

Products that are good for soundproofing washing machines and dryers

To reduce noise from washing machines and dryers, you need to dampen vibrations at the source while creating a sound barrier and absorption around the machines. Here are the most effective products and how they are used in practice for a quieter laundry room.

SilentDirect Polaric – Heavy damping mat for powerful vibrations

SilentDirect Polaric is a heavy butyl-based damping mat with an aluminum surface that is ideal for stopping low-frequency vibrations and structure-borne noise from spinning and tumbling. Polaric is placed as a base under washing machines and dryers, or under a laundry column, where it acts as a stable vibration brake against floors and joists. Perfect for apartments and houses with sensitive floor structures.

SilentDirect Neo – Smooth vibration mat that absorbs and stabilizes

SilentDirect Neo is a smooth NBR mat that works excellently with Polaric to create a double-acting damping layer.
Neo is often placed on top of Polaric under the machines and provides extra absorption of engine vibrations. In cramped installations, Neo can also be mounted around the machines in cabinets or niches when Egg does not fit, as Neo also comes in 7mm and 4mm sizes.

SilentDirect Dampio – Point damping under feet and contact points

SilentDirect Dampio are vibration-damping plates that are used where vibrations are most concentrated.
They are placed under the feet of the machines or at contact points with the frame/substrate.
Dampio is particularly effective at eliminating high-frequency vibrations, rattling, and "thumping" when out of balance, and provides a noticeably more stable walk.

SilentDirect MLV – Sound barrier for walls, cabinets, and thin structures

SilentDirect MLV (Mass Loaded Vinyl) is a heavy and flexible sound barrier that blocks airborne sound and resonance from machines.
It is mounted on the inside of cabinet frames, behind washing machine niches, or on thin walls where sound spreads easily.
MLV makes the biggest difference when you want to prevent sound from leaking into adjacent rooms.

SilentDirect Egg – Absorbent layer behind barrier (when space is available)

SilentDirect Egg is a high-density product made of NBR rubber with a patterned surface that absorbs sound well, for example behind a barrier such as MLV.
The patterned structure makes Egg particularly good for installing around machines in the cabinet space or on the wall, as it both breaks and absorbs sound energy and also has vibration-damping properties. Egg is the first choice when space is available.

SilentDirect Seal – Sealing strip for gaps and penetrations

SilentDirect Seal is an elastic NBR sealing strip that seals gaps where sound would otherwise escape, for example around cabinets, doors, pipe penetrations, and edges in niche installations. Sealing the gaps is important because even small openings can leak a lot of sound, especially during centrifugation.

SilentDirect PES Wall / PES Ceiling – Sound absorption in the laundry room

If the laundry room has hard surfaces such as tile, concrete, or plaster, the machine noise can be amplified by echo.
SilentDirect PES Wall or PES Ceiling is mounted on the wall/ceiling to reduce reverberation and make the soundscape softer and less intrusive.
They are the perfect complement when you want to improve room acoustics.

Recommended combination:
Place Polaric + Neo under the machines (or Dampio + Neo if you want extra spot damping).
For walls/cabinets: install MLV as a barrier and place Egg behind it (or Neo 4mm-7mm if space is limited).
Seal gaps with Seal and add PES if the room echoes.

Did you know that...

...a washing machine in spin cycle can create vibrations that travel faster through the floor than sound can travel through the air?
That's why a machine that "sounds okay" in the laundry room can feel like a thumping construction site in the bedroom next door.
Floors and walls act as conveyor belts for structure-borne noise – and sometimes they amplify the sound more than the machine itself does.

Even more surprising is that a washing machine that is half a centimeter out of balance can increase the noise dramatically.
Not just a little, but a lot: the imbalance causes the drum to knock, the machine to "wander," and the vibrations to become like a small sledgehammer against the floor.
This is why two identical machines can sound completely different – just because one is slightly crooked or pressed against the wall.

And here's a detail that few people think about: when the washing machine vibrates in a niche or against a cabinet frame, the entire interior becomes a resonance box, much like the body of a guitar. This means that the kitchen or bathroom cabinet can actually amplify the washing noise more than the machine itself. Sometimes, simply disconnecting the machine from the frame is enough to make the noise "disappear."

The most unexpected thing?
You don't always have to lower the decibel level to get a quieter home.
If you just break up low-frequency vibrations (the ones you feel in your body), your brain perceives the sound as much lower—even though the number on paper hardly changes.
That's why the right vibration damping often feels like magic.

So next time you hear the washing machine thumping away, remember that it's not always the machine that's loud. Often, it's the house that's helping it sound louder.