StillNote™ | Acoustic Panel
Shipped by iKoustic from the UK
£119.99
£143.99 inc. VAT
Current lead time 1 week
- Quantity: Panels sold individually
- Performance: ‘A’ Class absorption rating.
- Colour: Dawn Grey
- Dimensions: 1200 x 1200 x 40mm
- Weight: 3.6kg
- For: Restaurants, offices, village halls and music studios.
- Installation: Use spray adhesive
- Where: For walls and ceilings direct fix
StillNote™ | Acoustic Panels
StillNote™ is a sound absorption solution designed to tackle your noise and reverberation issues effectively. If your space feels echoey and cathedral like the fitting of some acoustic panels can really help. Fitting the panels is easy with the use of spray adhesive or Mammoth double-sided tape.
StillNote™ is crafted from polyester fibre with over 60% recycled content. The board maintains its shape and integrity, proving to be a long-lasting investment for your space. With both sides lightly pressed, StillNote™ presents a smooth finish, for a clean minimalist feel.
StillNote™ Suspension Kits Available
Sound Absorption
StillNote™ boasts a sound absorption coefficient (αw) of up to 0.9, offering a superior solution for reverberation problems in various environments.
Comfortable Handling
Unlike mineral wool-based acoustic panels our boards are non-irritating, making them safe and comfortable to install and maintain.
Environmentally Optimised
Over 60% of the material is recycled, making StillNote™ a more sustainable choice for sound insulation. We are working to move toward 100% recycled materials.
Thermal Insulation
In addition to sound absorption, StillNote™ provides excellent thermal insulation, enhancing your space’s energy efficiency.
Ideal reverberation times for common spaces:
Use this guide and our calculator to get a rough idea of how much absorption you may need to control your noise issue. Without a full assessment, this tool works as an good rough estimate.
- Restaurant: Ideal reverberation time is between 0.6 – 1.3 seconds. Too much echo can make conversations difficult, while too little can make the space feel dead and uninviting.
- Office: Ideal reverberation time is between 0.6 – 0.8 seconds. Good acoustics can significantly improve productivity by reducing noise-related distractions.
- Recording Studio: Ideal reverberation time is usually very low, around 0.2 – 0.6 seconds, to ensure clarity of sound and minimal echo.
- Church: For traditional, larger churches, the ideal reverberation time can be as high as 2.0 – 4.0 seconds. This helps to carry organ music and choral sounds.
- Concert Hall (classical music): Ideal reverberation time is around 1.8 – 2.2 seconds. This balances clarity with a sense of envelopment and resonance.
- Classroom: Ideal reverberation time is between 0.4 – 0.6 seconds. Clear acoustics are vital for effective teaching and learning.
- Living Room: Ideal reverberation time is around 0.4 – 0.7 seconds. This ensures clear speech and good-quality sound for home entertainment systems.
- Home Theater: Ideal reverberation time is around 0.2 – 0.3 seconds for clear, high-quality audio reproduction.
- Auditorium: Ideal reverberation time is between 1.0 – 2.0 seconds, allowing for clear speech intelligibility and a sense of spaciousness.
- Gymnasium: Ideal reverberation time is between 1.5 – 2.0 seconds. This keeps the sound lively while avoiding excessive echo that can make instructions difficult to hear.
Reverberation Time Estimate Calculator
Value: m2
Estimated Reverberation Time: 0 s
120 x 120 cm panels required: 0
Find out more information about StillNote™ by downloading the guides below.
If you are looking to specify this product for a build, please refer to our downloads tab for technical product or systems information.
Technical Support
Should you require further technical assistance in specifying our products, please contact us.
BIM Objects
iKoustic also supply a selection of BIM objects via our NBS profile, which can be found here.
Important Information
Our products contain a high level of mass. If there are any structural concerns you will want to consult a Structural Engineer to discuss your requirements.
*Our Typical Performance Results and Noise Reduction Guidance are provided to indicate the results that have been achieved in previous tests but are not guaranteed to a specific site as multiple factors can affect this, you can view their variants on our 'Featured Systems' tab.