Reclaim your Relaxation With Acoustic Supplies

How to Create a Quieter Home

Unwanted noise can make it harder to relax, concentrate or enjoy time at home. Conversations from an adjoining property, footsteps from above, traffic outside and sound travelling between rooms can all become distracting when they are heard regularly.

Home soundproofing can help reduce this noise, but the correct approach depends on the source of the sound, the construction of the property and the route through which it is travelling.

It is rarely necessary to treat an entire house. In many cases, identifying and improving the most important wall, floor, ceiling, doorway or window will provide more value than applying unrelated products throughout the property.

Soundproofing cannot place the outside world on mute or guarantee complete silence. A well-planned system can, however, provide a useful reduction and make an affected room more comfortable to use.

Identify the Type of Noise

Most domestic noise problems involve airborne noise, impact noise or structure-borne vibration. Understanding the difference helps determine which type of treatment may be appropriate.

Airborne noise

Airborne noise travels through the air before reaching a wall, floor, ceiling, door or window. Common examples include:

• Conversations and television noise
• Music and gaming systems
• Dogs barking
• Road, rail and aircraft noise
• Household appliances

Reducing airborne noise usually involves adding suitable mass, improving airtightness and introducing separation between layers of the building construction.

Impact noise

Impact noise is created when something makes direct contact with the building. Footsteps, moving furniture, dropped objects and exercise equipment can all create vibration within floors, walls and ceilings.

This type of noise may require resilient floor layers, acoustic underlays or an isolated ceiling system rather than simply adding more board to a wall.

Structure-borne vibration

Subwoofers, washing machines, pumps and other equipment can transfer vibration directly into the property. This vibration may then travel through connected structural elements before becoming audible elsewhere.

Suitable isolation pads, mounts or changes to how the equipment is supported may form part of the solution.

Locate the Main Sound Path

The surface where noise appears loudest is not always the route through which it first entered the room.

Possible sound paths include:

• Party walls and internal partitions
• Floors and ceilings
• Timber joists and structural beams
• Doors and door frames
• Windows and glazing
• Ventilation openings
• Pipework, sockets and cable routes
• Chimney breasts and fireplaces
• Loft spaces and ceiling voids

Sound that travels around the main separating surface is known as flanking transmission. For example, an upgraded party wall may perform well while noise continues to travel through the connected floor or ceiling.

The surrounding construction should therefore be considered before products are selected.

Soundproofing Shared Walls

Conversations, music and televisions are often heard through party walls. A suitable wall soundproofing system may combine additional mass, acoustic insulation and resilient separation.

The correct system will depend on whether the existing wall is masonry, lightweight blockwork, timber stud or another form of construction.

Possible components include:

• Acoustic insulation within a cavity
• Resilient bars or isolation clips
• An independent wall lining
• Dense acoustic boards
• Carefully sealed perimeter joints

JCW Silent Board Plus may be used within certain wall or ceiling systems, but it should not be regarded as a complete answer on its own.

The supporting structure, cavity treatment, fixing method and treatment of surrounding junctions all affect the final result.

Reducing Noise Through Floors

Floor soundproofing may help where footsteps, furniture movement or airborne sound travel between storeys.

For impact noise, treatment close to the source is normally preferable. A suitable system may use an acoustic underlay, resilient deck or floating floor arrangement to reduce vibration before it enters the main structure.

Airborne noise can also pass through gaps between floorboards and uninsulated floor cavities. Depending on the construction, cavity insulation and additional mass may be needed alongside a resilient surface layer.

Floor treatments can affect doors, thresholds, skirting boards and fitted furniture. Finished floor levels should therefore be planned before installation begins.

Ceiling Soundproofing

Ceiling soundproofing may help where conversations, televisions or footsteps are heard from a room or flat above.

Options can include acoustic insulation between joists, resiliently mounted boards or an independent ceiling beneath the original structure.

An independent ceiling can provide greater separation, but it will reduce the available room height. Lighting, alarms, ventilation grilles and cable openings must also be incorporated carefully.

Treatment from below may reduce the direct sound path, but impact vibration can continue through adjoining walls and other connected structural elements.

External Noise, Windows and Glazing

Traffic, aircraft, trains and outdoor activity frequently enter a property through windows and ventilation openings.

The acoustic performance of a window depends on:

• The glass thickness and specification
• The spacing between panes
• The construction of the frame
• The condition of perimeter seals
• Opening sections and trickle vents

Not all double-glazed units provide the same sound reduction. Poorly fitting opening sections, damaged seals and lightweight ventilation openings can weaken the complete window.

Secondary glazing may be considered in suitable properties because it can create a larger cavity between separate panes. Ventilation, condensation, planning restrictions and escape requirements should also be taken into account.

Where outdoor noise is the main concern, upgrading an internal wall may provide limited benefit if the window remains the weakest part of the room.

Roofs and Loft Spaces

Noise may enter upper rooms through lightweight roof constructions, loft hatches, eaves and roof ventilation openings.

Thermal insulation may provide some acoustic benefit, but it should not automatically be treated as a full soundproofing solution. Mass, airtightness and structural separation also influence performance.

Roof and loft work must preserve suitable ventilation and fire safety. More involved treatments may require an experienced installer or competent tradesperson.

Check Doors and Doorways

A lightweight or poorly sealed door may allow sound to move between rooms or into a communal hallway.

A soundproof door may be appropriate where the doorway has been identified as a significant weak point.

The performance of the complete doorset depends on:

• The mass and construction of the door leaf
• The frame
• Perimeter seals
• The threshold or drop seal
• Accurate alignment and installation

A specialist door is unlikely to provide a substantial improvement if most of the noise is travelling through a wall, floor, ceiling or ventilation route.

Ventilation Openings Must Be Considered

Sound travels readily through openings that allow air to pass. Trickle vents, air bricks, extract fans and ducts may therefore form important transmission routes.

These openings should not simply be blocked. Homes require suitable ventilation for indoor air quality, moisture control and the safe use of some appliances.

Acoustic vents, attenuators or redesigned ventilation routes may be needed where airflow openings are contributing significantly to the problem.

Seal Gaps and Service Penetrations

Small openings can reduce the performance of an otherwise substantial wall, floor or ceiling.

Common weak points include:

• Pipe and cable openings
• Board edges
• Gaps beneath skirting boards
• Electrical sockets
• Window and door frames
• Junctions between walls, floors and ceilings

A flexible acoustic sealant can help close suitable perimeter joints as part of a complete system.

Sealant alone will not soundproof a weak wall. Its purpose is to reduce air paths that could otherwise undermine the main construction.

Service penetrations may also require tested fire-stopping products. Acoustic improvements must not compromise the fire performance of the building.

Soundproofing Flats and Apartments

Noise transmission can be particularly complicated in flats and converted properties because several homes may share floors, walls, beams, ceiling voids and service routes.

A sound that appears to pass directly through one wall may actually be travelling through a connected floor slab or ceiling cavity.

Our guidance on flat and HMO soundproofing explains some of the additional considerations found in multi-occupancy buildings.

Lease conditions, landlord permission, fire compartmentation and building requirements may also need to be checked before alterations are made.

Soundproofing Is Different from Sound Absorption

Soundproofing helps reduce noise passing between separate spaces. Sound absorption controls echo and reverberation within the same room.

Absorption panels, acoustic foam and ceiling rafts may make a home office, studio or cinema sound less reflective. They should not be relied upon to block conversations, traffic or footsteps through walls, floors or ceilings.

Some rooms benefit from both treatments, but each performs a different function.

Installation Quality Matters

Even appropriately selected products can underperform when they are installed incorrectly.

Common installation problems include:

• Rigid fixings bridging resilient layers
• Unsealed board edges
• Compressed acoustic insulation
• Floating floors touching surrounding walls
• Untreated sockets and service openings
• Poorly fitted door seals

Some straightforward projects may be suitable for an experienced DIY installer. Independent walls, floating floors, suspended ceilings and specialist ventilation treatments may require a competent tradesperson familiar with acoustic construction.

Set Realistic Expectations

Soundproofing can help create a quieter home, but it cannot guarantee complete silence or make every noise source inaudible.

The result will depend on:

• The source, level and frequency of the noise
• The existing building construction
• The number and severity of weak points
• Flanking transmission
• The products and system selected
• The quality of installation

Low-frequency bass, aircraft noise, mechanical vibration and heavy impact sound can be particularly difficult to control. The practical goal is normally to achieve a meaningful reduction rather than complete elimination.

Plan a Targeted Soundproofing Project

The most effective way to create a quieter home is to identify where the noise is entering and prioritise the weakest parts of the room.

Before ordering soundproofing products, establish whether the noise is airborne, impact-based or structure-borne and consider the walls, floors, ceilings, windows, doors and ventilation routes involved.

Call Acoustic Supplies on 01204 548400 or contact the team online to discuss your soundproofing project.