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Technical Specification for R10 When used on a timber suspended floor

05 SBM5 R21 Acousticel R10 Technical Data

Incorporating the latest changes to the Approved Document E, the minimum and maximum airborne noise and impact sound insulation requirement for separating floors are as follows:

Properties Values
Airborne Sound Reduction DnTw,w+C;tr Impact Sound Level LnTw
Conversion 43dB or greater 64dB or less
New Build 45dB or greater 62dB or less

To comply with the requirements of Document E, R10 sound insulated separating floors have been tested in accordance with BSEN ISO 717-1997 and BSEN ISO 717:1997. Substituting the 25mm mineral wool floating layer normally specified with a more stable and efficient recycled rubber resilient layer. 10mm thick sound absorbing Acousticel R10 is installed onto timber suspended floors as detailed above. Note: Existing or new square edged timber floors should be overlaid with our SBM5 before installing the R10 and the ceiling should be supported with our 16mm deep Resilient Bars.

With a floating layer of 19mm thick QUIETBOARD cement impregnated t&g chipboard -placed on top of the R10 acoustic insulation as shown above, the following site test result was recorded:

Site test result
Airborne DnT,w+Ctr 48dB
Impact LnTw 52dB
With R10 and QuietBoard installed on top of a base floor of QuietBoard, the following site test result was recorded:
Airborne DnT,w+Ctr 55dB
Impact LnTw 55dB

WHICH MEETS THE NEW CHANGE OF USE, CONVERSION AND NEW BUILD REQUIREMENTS NOTE! Size and spacing of the timber joists will affect the overall sound insulating performance. If the joists differ from those on the floor that was tested, please contact us for further advice.

NOTE: Failure to follow the Application Instructions to the letter may result in a failed test!

See all our other test certificates below.

R10 Airborne Test 1

R10 Airborne Test 2

R10 Impact Test 1

R10 Impact Test 2

test certificate2 Acousticel R10 Technical Data

– See more at: http://www.soundservice.co.uk/tec_spec_R-10.html#sthash.9KQCyz2c.dpuf