This residential project in Chelsea required a sensitive approach to noise control in a building with shared walls and floors. The primary concern was impact noise from footsteps and airborne sound from conversations and televisions.

Our team installed a comprehensive system that included resilient sound bars on walls, high-density mineral wool cavity insulation (100mm thickness), and two layers of acoustic-grade plasterboard. For floors, we implemented a floating floor system using 25mm acoustic underlay with a concrete screed finish.

A professional recording studio requires exceptional acoustic isolation to prevent external noise intrusion and contain high sound pressure levels generated during recording sessions. This Shoreditch facility needed to meet stringent NC-15 criteria.

We constructed a room-within-room system with a 50mm air gap, using independent stud walls filled with 100mm rockwool. The ceiling incorporated resilient isolation hangers and three layers of acoustic plasterboard. Custom acoustic doors with magnetic seals were installed, and all penetrations were sealed with acoustic caulk.

Industrial environments present unique challenges due to high noise levels from machinery and the need to maintain operational efficiency. This Croydon facility required noise reduction to protect worker hearing and comply with regulations.

We designed and installed modular acoustic enclosures around the noisiest equipment, using 50mm absorptive panels with perforated metal facings. The ceiling received suspended acoustic baffles to reduce reverberation time from 3.2 seconds to 0.9 seconds. Perimeter walls were treated with 75mm mineral wool panels in steel frames.

Restaurant acoustics directly impact customer experience. This Covent Garden establishment suffered from excessive noise levels that made conversation difficult, particularly during busy service periods.

Our solution focused on absorption rather than isolation. We installed fabric-wrapped panels in custom colors to match the interior design, positioned strategically on walls and as ceiling clouds. The panels used 50mm glass fiber cores with Class A absorption characteristics across speech frequencies.

This dedicated home cinema required both isolation from adjacent rooms and internal acoustic optimization for accurate sound reproduction. The client wanted cinema-quality audio without disturbing family members in neighboring spaces.

We implemented a double stud wall system with 150mm cavity filled with acoustic insulation, creating complete decoupling from the main structure. The ceiling used resilient isolation hangers supporting two layers of plasterboard. Internal acoustics were optimized with diffusion panels at reflection points and corner bass traps to control low-frequency buildup.

Open-plan offices present acoustic challenges including speech distraction, lack of privacy, and excessive reverberation. This financial services company needed to improve concentration and reduce noise complaints while maintaining the collaborative benefits of open space.

We installed a combination of ceiling-mounted acoustic panels covering 40% of the ceiling area, freestanding desk dividers with 25mm acoustic foam cores, and wall-mounted panels in meeting zones. The treatment created distinct acoustic zones, reducing speech transmission between workstations while maintaining visual openness.