Each fabric acoustic panel is handmade with care. Our process begins with a timber frame, which provides a durable base for the panel. This frame is then covered with a flexible backing, then filled with high-density acoustic glasswool. Finally, we stretch and fasten the fabric. The result is a sag and crease finish that not only looks great, but also delivers exceptional performance. For general applications such as enhancing speech clarity in an office, our 50mm thick panels are highly recommended. For improved mid-to-low frequency absorption in spaces like home cinemas and studios, 75mm or 110mm thick panels are the optimal choice.
R3B are a great option for a variety of settings including educational spaces like classrooms and auditoriums. For boardrooms and open offices, we recommend pairing R3B Fabric Acoustic Panels with our printed Acoustic Art Panels to create a decorative, warm and most importantly,
quiet workspace. For healthcare settings, a combination of R3B and Acoustic Art Panels are the perfect addition for waiting rooms and consulting suites to provide an echo-free, visually appealing space for patients and staff. R3B Acoustic Panels are also a fantastic choice for home theatre treatment, since they offer excellent acoustic performance with a premium feel.
To ensure that sound is absorbed more effectively, position the panels so that they're directly facing the sound source at an appropriate height. In most cases, panels should be fixed at least 80cm from the floor (vertically) and if they are installed in a common area or hallway where people may stand and chat, we recommend that they be oriented horizontally and positioned higher up on the wall. The efficacy of the acoustic panels can be increased if they're displaced from the wall by 20mm+ rather than being flush mounted. Low-frequency absorption is further improved using this technique, and incorporating spacers is straightforward thanks to the panel’s semi-rigid backing.For home theatre rooms, we recommend installing the panels at the first sound reflection points. These points are spots on the walls where the mid to high-frequency sound waves from your speakers first bounce off of before reaching your ears. By strategically placing acoustic panels at the first reflection points, you can effectively trap some of the sound waves before they continue on to reflect off other surfaces in the room. This method will improve the clarity and accuracy of the sound coming from your speakers. Every room is acoustically unique, therefore we recommend experimenting with different placement positions to find the perfect balance for your listening environment.
Lowering noise levels with R3B
As restaurants continue to prioritise not only the quality of their food but also the overall dining experience, the role of acoustics has become increasingly important in these spaces. Excessive noise is a common concern among patrons, often making conversation difficult and disrupting the ambience that makes dining enjoyable. By installing our high-performance fabric acoustic panels, restaurant owners can significantly enhance the atmosphere, allowing conversations to flow easily and ensuring customers can fully enjoy their meals.
(Pictured: Ashscotts Restaurant - Berwick, VIC)
NOISE REDUCTION IN RESTAURANTS - GUIDE
The noise reduction coefficient (NRC) of a material measures its ability to absorb sound. Ratings are typically expressed in decimals from 0 to 1, where 0 represents 0% sound absorption and 1 represents 100%. Materials with a low NRC rating often require extensive surface coverage to achieve noticeable improvements to noise levels (e.g 9mm polyester acoustic pinboard, faux timber slat acoustic panel: NRC 0.4). This is especially relevant in the 1000Hz to 4000Hz range, where human hearing is most sensitive.
All NRC values presented here are derived from standard modeling and rating methods. The conservative modeling results presented above differ from the glasswool manufacturer's laboratory test data, particularly for the 110mm thickness, where reported absorption coefficients are significantly higher for frequencies: 125Hz (0.55) - 250Hz (1.20) - 500Hz (1.20).
Optional perforations may be added to the panel's backing to optimise air gap function.
Contact us to discuss customised panel setup.
NRC: 0.80 - 0.95
