the replacement of rooftop water chillers called for an acoustic screen. here we utilised our ap50 acoustic panels INTERNALLY, fitted between steel columns. externally we used screening louvres to create an aesthetically pleasing look.

when condenser units were introduced during the redevelopment of this iconic building, it was clear that noise control would be required. our continuous-appearance acoustic and screening louvres fitted the bill acoustically, whilst maintaining a sleek finish. 

sometimes there's simply not enough room for an acoustic enclosure. in this instance we fitted bolt-on louvre and attenuator packs directly to condenser units.

big compressors call for big attenuation. here the client built a blockwork enclosure and we worked closely with them to design, manufacture and install double-skin attenuators and a gigantic acoustic door. The ductwork incorporated an openable vent to divert warm air into the workshop during winter months.

in this sheltered ground floor location we were able to utilise our lightweight framing system for this acoustic enclosure to ease installation and reduce cost for our client.

a fairly stringent noise criteria was set when a residential home decided to upgrade their heating system with air source heat pumps. for the walls, we used acoustic panels with aN IMMITATION louvreD face for aesthetic purposes. air was bought in via attenuators and out via acoustic beams.

with the demand for air source heat pumps soaring both commercially and domestically, we've developed acoustic enclosures like these to combat the noise they produce. featuring AN attenuator EACH END for inlet and exhaust air, with removable splitters and panels for maintenance access. 

HERE THE SPEC WAS TO CREATE ACOUSTIC HOUSINGS FOR FOUR FAN COIL UNITS ON THE ROOF OF A LARGE COUNTRY HOUSE. THE HOUSINGS COMPRISED A WEATHER-TIGHT CONSTRUCTION WITH A LIFT-OFF LID AND ACCESS PANELS EACH SIDE. ATTENUATORS WERE FITTED EACH END AND DUCTED TO THE VENTILATION SYSTEM.