Our tiles and panels are especially designed to provide acoustic ceiling solutions that are beautiful while creating healthy, comfortable spaces.
Our Chicago Metallic suspension grids offer a wide range of high performance solutions specially designed to resist corrosion and fire.
Rockfon systems bring together the natural qualities of stone wool tiles and panels with suspended grid innovations, creating a complete ceiling design that ensures comprehensive acoustic control. The result is an attractive, easy to install solution.
Meeting the challenges of the modern office.
With over 90% of an organisation's operating costs linked to employee efficiency, it is important to recognise the impact the indoor office environment and room acoustics have on office workers.Read more
Building now, for the future
Designing a school is a complicated and demanding architectural challenge. Whether a new build or refurbishment project, building materials need to provide acoustic comfort, be easy to maintain, flexible, adaptable and robust.Read more
Great buildings can make you better
Healthcare providers are accountable for the indoor environment where patients are treated and not all building materials are equal. It is important to select materials and surfaces that foster a beautiful, comfortable and healing environment.Read more
Great business means great acoustic design.
The brand experience of retail shops is an important factor and so is understanding how the environment influences customer behaviour.Read more
Great emphasis should be placed on obtaining and maintaining comfortable acoustic conditions.
Leisure facilities are often high traffic spaces with many people coming through in a day. It places a high demand on acoustics, fire safety, durability and design aesthetic.Read more
Stressing great acoustic solutions in your industry.
When designing production areas, many different criteria must be considered. The design and materials found in the industry sector are important components to creating a safe working environment.Read more