Linear timber adds a natural aesthetic to commercial spaces. Suitable for offices, retail premises, indoor public spaces and educational institutions, linear timber ceiling panels offer depth and shape in large interiors.
Superior Design and Acoustic Control
Linear timber ceilings can offer a straightforward, simplistic and natural quality. Large spaces can often be uninspiring with the practicalities of the building taking obvious preference. The ceiling area is where we are able to explore more unique designs, introducing movement and interest that does not impose on the space. In contrast, use of suspended ceiling panels actually supports the requirements of the building by significantly reducing noise pollution.
Poor acoustics can be detrimental in spaces where high productivity or the ability to focus is essential for occupants. When communication is hampered by excessive noise, environments become unwelcoming and stressful to be in. Therefore, it is the ability of our suspended timber ceiling solutions to absorb and control sound that is of considerable benefit to end-users.
Benefits of Linear Timber Ceilings
Linear timber panels can be supplied in panels or as longer continuous runs. Hung using a discrete suspension system and simple spring clip connections, the solution is easily integrated with lighting and electrical systems.
In addition, linear timber ceiling systems assist in improving air circulation and thermal mass cooling. Their linear shape and timber material makes them ideal also to provide shade in sunny, light spaces whilst enhancing a natural aesthetic.
We supply timber ceiling solutions with the option of either organic or engineered veneer finishes.
Quality and Safety
Proud to have achieved ISO 9001 certification, SAS products adhere to the highest standards of quality and safety requirements.
If you would like to discuss linear timber solutions for your premises please contact our highly trained team to learn more. Alternatively, SAS Timber Baffles also offer a natural finish in a wide range of shapes.