Our comfort and productivity is constantly affected by background noise, with HVAC equipment often considered the cause. This can stand no longer; noise reduction is now becoming a key design expectation for air distribution systems.
Air Diffusion’s newest product, FlowDisc, is an attractive circular ceiling diffuser, designed to cause as little disturbance to its surroundings as possible. A foam insert on the upper plate of the diffuser functions to cushion supply air as it hits the plate and thus reduce noise.
The diffuser is used for supplying and extracting air, engineered to be quiet, aesthetically pleasing and incredibly simple to install and maintain. It consists of 2 parts – a flat upper section and a removable diffuser face, making it quick and easy to access for maintenance and cleaning. This means a HVAC system no longer needs to be unattractive and left to build up with dust, dirt and oils which inevitably affect a system’s performance.
The bottom plate of the FlowDisc has two height settings, making the slot opening and air volume adjustable in size. This caters to the individual needs of the space and its visitors. The upper plate has a completely flat surface so that it can be mounted fully sealed onto a concrete ceiling and blend into the ceiling and overall design of the space.
The clean look and simple functions of FlowDisc make it the perfect, high-end alternative to a bathroom extract; well designed to be used in luxury hotels and chic apartment blocks. FlowDisc is also well suited for application as a ceiling supply diffuser in apartment entrance halls, commercial office or retail spaces and even residential properties.
The adjustable, high-performing and discreet design of FlowDisc means the requirements of architects, consultants, installers and users are satisfied. FlowDisc is a fantastic option when selecting a high performing air distribution system that satisfies the demands of designers for a diffuser that is quiet, easy to install and maintain and that has a clean aesthetic appearance.
