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Description See +Hide
Seacoustic floors improve thermal and acoustic performance in multi-family housing. These lightweight floor systems minimize the carbon footprint with three times less steel and 2,5 times less concrete than a solid reinforced concrete slab. Simplified installation systems (no formwork, cuttable product) improve the speed of implementation.
Seacoustic flooring systems for acoustic flooring:
- Managing acoustics in adjacent houses, collective buildings or public access buildings in accordance with regulatory values (lateral sound transmission)
- Gain speed thanks to simplified installation systems
- Installing lighter flooring provides greater safety for operators
- Installing flooring that's better for the environment: less CO2
- Use of bio-based materials: PEFC certified, wood sourced from ecologically managed French forests
- Addressing thermal bridges at floor level
- Having the option to insulate between floors
- To offer solutions that meet the E+C- label
Characteristics CheckHide
- The lightness of the floors: 200 kg instead of 500 kg for an equivalent solid slab.
- It minimizes the carbon impact.
- Partial thermal break (ES thermal break): Average Ψ = 0,30 W/(mK)
- Total thermal break (ES + EP Fire breaks): Average Ψ = between 0,20 W/(mK) and 0,23 W/(mK)
- Sound attenuation Rw+C of 59 to 72 dB
- The system is integrated into FEST n° QA12-D (Example sheet of technical solutions to the Qualitel Acoustics Reference Framework)
- The biogenic carbon content will be 3.44 kg C/m² in the product, i.e. 12.60 kg CO2 eq/m² biogenic stored.
General documentation CheckHide
Videos CheckHide
- #Floor
- #Insulation
- #Acoustic
- #Thermal
- #BasCarbon










