Living in an apartment often means living close to other people. Noise from above, below or next door can become more noticeable because floors, ceilings and shared structures allow sound to travel between homes.
Apartment floor soundproofing can help reduce noise moving between flats, especially where footsteps, movement, furniture noise, music or television sound are passing through the floor structure. The right approach will depend on the type of noise, the existing construction and whether the sound is coming from above or leaving your own apartment.
Floors can carry two main types of sound: impact noise and airborne noise.
Impact noise is created when something makes contact with the floor. This can include footsteps, dropped items, furniture movement, children playing or exercise equipment.
Airborne noise includes voices, music, television sound and general activity. In apartments, both types of noise can travel through floors, ceilings, structural junctions and small gaps in the building fabric.
If the main issue is noise from the flat above, you may hear footsteps, floorboards, furniture movement, voices or music through your ceiling. In this situation, acoustic flooring in your own apartment may not solve the problem, because the noise is coming from the structure above.
A suitable ceiling soundproofing system may need to be considered where noise is travelling down through the floor and ceiling structure.
If you are worried about sound travelling from your apartment to the home below, acoustic flooring may be a suitable option. This can be especially useful where you have hard floor finishes, timber floors, laminate, children’s rooms, music spaces or busy living areas.
Acoustic flooring products can help reduce noise movement between levels, depending on the existing floor and the type of sound involved.
Footstep noise is one of the most common apartment soundproofing problems. Even normal movement can be heard below if the floor has limited acoustic treatment or if the structure is lightweight.
Loose floorboards, gaps, hard floor finishes and poor separation between the floor finish and structure can all make impact noise more noticeable.
Timber floors are common in apartments, converted buildings and older properties. They can transfer impact noise and may also allow airborne sound to pass through gaps or weak points.
Before acoustic flooring is installed, the existing timber floor should be checked. Loose boards, gaps and creaks may need attention so the acoustic floor system has the best chance of performing properly.
Concrete floors can still transfer noise, particularly impact noise from hard floor finishes. In apartments, an acoustic floor system may be used to reduce sound travelling to the property below.
The right product will depend on the floor build-up, floor finish, height restrictions, door clearances and acoustic requirements.
Carpet can help soften some footstep noise inside a room, but it is not always enough to deal with noise transfer between flats. Hard floor finishes such as laminate, timber, tile or vinyl can make impact noise more noticeable if they are not installed with suitable acoustic layers.
If you are changing floor finishes in an apartment, it is worth considering acoustic performance before installation begins.
If you are hearing noise from above, treating your ceiling may be more relevant than treating your floor. Footsteps, movement and voices from the apartment above can travel through the floor and ceiling structure before entering your room.
Ceiling treatment can help reduce sound transfer from above, but results will depend on the building construction, noise source and installation quality.
Noise between apartments does not always travel directly through the floor or ceiling. It can also move through walls, service routes, structural junctions, pipework, sockets and gaps around edges.
If sound is travelling around the treated area, this is often called flanking noise. In these cases, floor or ceiling soundproofing may need to be considered alongside wall soundproofing or sealing work.
Apartment noise can also come from communal hallways, stairwells and shared entrances. If corridor noise is entering through the front door, the floor may not be the main issue.
Soundproof doors, acoustic seals and suitable threshold details can help reduce noise leakage where the doorway is one of the main weak points.
Noise complaints can happen when sound travels too easily between flats. This does not always mean someone is being unreasonable. Sometimes the building construction allows ordinary sounds to be heard more clearly than expected.
If you are concerned about disturbing neighbours below, acoustic flooring can form part of a practical approach to reducing sound transfer.
A quieter apartment can feel more comfortable and practical to live in, especially where noise has been a regular frustration. However, soundproofing should not be treated as a guaranteed way to increase property value or secure a sale.
If you are renovating, it can be a good time to consider floor, ceiling, wall, door and sealing improvements before final finishes are installed.
Apartment floor soundproofing can help reduce noise between flats, but it will not remove all sound. Results depend on the existing construction, noise type, product choice, installation quality and whether other weak points are also treated.
Impact noise, airborne noise and flanking sound may each need a slightly different approach.
The right products will depend on the direction of the noise and the type of floor. If you are creating noise for the flat below, acoustic flooring may be suitable. If noise is coming from above, ceiling treatment may be more relevant.
Acoustic Supplies provides floor soundproofing products and wider soundproofing products for apartments, flats, homes and shared buildings.
If noise is travelling through floors or ceilings in your apartment, Acoustic Supplies can help you choose a suitable soundproofing approach.
Call Acoustic Supplies on 01204 548400 or contact the team online to discuss your apartment soundproofing project.