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REGUPOL sonus curve

REGUPOL sonus curve

sound control underlayments

Made from 92% post-consumer recycled tire rubber, REGUPOL sonus curve is a dimpled flooring underlayment designed to reduce the transmission of impact sound generated by footfall noise. REGUPOL sonus curve is commonly used underneath solid and engineered hardwood floors, concrete, screed, and floating floor systems. It is available in several standard thicknesses: 6mm, 8mm, 10mm, 17mm, and 25mm. Each thickness has its own benefits and applications it is best suited for. Need advice on your specific application? Ask the experts! 

REGUPOL sonus curve 6

REGUPOL sonus curve 6

Formerly SonusWave SW36, REGUPOL sonus curve 6 is our thinnest version in the series. It is suitable for constructions with limited floor heights that…

REGUPOL sonus curve 8

REGUPOL sonus curve 8

Formerly SonusWave SW48, the 8 mm thick REGUPOL sonus wave 8 is suitable for almost all floor structures and presents a cost-effective solution for…

REGUPOL sonus curve 10

REGUPOL sonus curve 10

Formerly SonusWave SW510, the 10mm thick REGUPOL sonus curve 10 combines high insulation requirements with outstanding value.

REGUPOL sonus curve 17

REGUPOL sonus curve 17

With the 17 mm thick REGUPOL sonus curve 17 (formerly SonusWave SW817), you can combine not only high performance in insulation but also superb value…

REGUPOL sonus curve 25

REGUPOL sonus curve 25

The 25 mm REGUPOL sonus curve 25 (formerly SonusWave SW825) is our thickest version yet. Install multiple layers for the toughest acoustical…

REGUPOL sonus curve

Made from recycled rubber REGUPOL sonus curve is not only a cost-effective solution but also one of the most sustainable ways to design floating floors as even stringent VOC emission regulations can be fulfilled.

With thicknesses between 6 mm and 25 mm impact sound reductions between ∆L≥ 18 dB and ∆L≥ 29 dB can be achieved. Multiple layers up to a total thickness of 75 mm will maximise the acoustical performance, if required. Disturbing low-frequency noise can be effectively reduced thanks to its profiled underside and the low dynamic stiffness of ≤ 13 MN/m³.

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