If noise is coming from above, first identify timber or concrete construction, whether the problem is mainly footsteps/impact or voices/airborne noise, and how much ceiling height you can afford to lose.
Choose the Right Starting Point
Timber Joists
Where accessible, acoustic mineral wool in the void can reduce resonance. A resilient lining below then helps reduce direct vibration transfer.
Concrete Ceiling
Concrete already has mass, but footsteps and impact can still travel through it. Isolation below the slab is often more useful than simply bonding on extra weight.
Limited Headroom
Low-profile clips or resilient systems can reduce the ceiling drop, although slimmer systems can mean a performance trade-off.
What a Ceiling System Usually Needs
- Isolation: acoustic clips, hangers or resilient bars to reduce vibration transfer.
- Absorption: acoustic mineral wool where there is an accessible timber void.
- Mass: dense acoustic plasterboard or other high-mass lining layers.
- Sealing: careful perimeter sealing and treatment around service penetrations and light fittings.
Impact noise such as footsteps and dropped objects is normally harder to reduce than speech or TV noise. Where the floor above can be treated at source, a floor solution may also be worth considering.
Shop the Main Ceiling Components
Complete Ceiling Range • Clips & Channels • Acoustic Mineral Wool • Acoustic Plasterboard • Membranes & MLV • Sealants & Accessories
Before You Order
- Confirm timber or concrete construction.
- Identify the main noise type.
- Measure the ceiling and available drop.
- Check access, lighting and service penetrations.
For a more detailed installation overview, read How to Soundproof a Ceiling.
Need Help Choosing a Ceiling System?
Send us the ceiling type, room dimensions, available headroom and the noise you are trying to reduce.
