MuteMat® USP 625-17
Shipped by iKoustic from the UK
£39.54 inc. VAT
- Performance: Up to 28dB reduction for impact*.
- Dimensions: 1m x 1m x 17mm (1m2)
- Weight: 7.8kg.
- For: Great and small scale residential and commercial projects looking for soundproof under screeds.
- Compliance: Compliant with both Part E Building Regulations (England, Wales, Northern Ireland and the Republic of Ireland).*
- Installation: Please see our installation tab below.
- Where: For under screed projects requiring high levels of isolation from low-frequency vibration and impact noise.
Our most robust under screed underlay specialised for concrete structures.
MuteMat® USP 625-17
MuteMat® USP 625-17 is our best performing and most robust pimpled acoustic under screed resilient layer designed for achieving the maximum level of impact reduction between the floating concrete screed and structural concrete slab layers. Its high performance comes from its deviated pimpled structure which is found at both 10mm and 17mm – helping to secure minimum points of contact between the two concrete layers. As a dense and robust product it maintains a low level of compressibility and when subjected to high points loads it maintains its acoustic performance making it suitable for a wide range of applications in residential, commercial and industrial structures, especially where particular low-frequency noise issues and machinery operation is concerned, this is tailored to reduce acoustic issues such as these at a superb level of performance.
Find out more information about MuteMat USP 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.
Should you require further technical assistance in specifying our products, please contact us and ask for our Technical Rep, Gabriel Whittle.
iKoustic also supply a selection of BIM objects via our NBS profile, which can be found here.
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.