A) Sound Panels 52mm & 15mm Soundbloc
B) Resilient/Sound Breaker Bars
C) Independent Wall
D) M20 Wall panels
*"Results may vary due to flanking noise and structure"
- Wall will need to be prepared for insulation
- Sound panels are fitted to wall area
- All joints are sealed with acoustic mastic
- 15mm soundbloc fitted as final layer
- 67mm wall space loss*
- significant improvement in airborne noise*
B) Resilient/Sound Breaker Bars
- 50mm batons are fitted to wall area
- 50mm rock wool is fitted between new batons
- Resilient/Sound breaker bars are fitted to frame at 400mm centres
- 19mm sound plank to be fitted to resilient bars
- All joints to be sealed with acoustic mastic
- 12.5mm sound shield plaster board fitted as final layer
- 18db reduction in Air Borne noise*
- 4 inch wall space loss
C) Independent Wall
- New timber/metal frame to be built away from existing wall (50mm or 100mm frame)
- Rock wool to be fitted between new frame (50mm or 100mm)
- Resilient/sound breaker bars to be fitted to frame at 400mm centres
- 19mm sound planks to be fitted to resilient bars
- All gaps to be sealed with acoustic mastic
- 12.5mm sound shield plaster boards to be fitted as final layer
- 4-5 inch wall space loss
- 26db reduction in Air Borne noise*
D) M20 Wall panels
- Wall area to be prepared for insulation
- M20 wall panels to be fitted to wall area
- All joints to be sealed with acoustic mastic
- 2 x layers of 15mm sound shield plaster boards to be fitted to M20 panels
- 50mm wall space loss
- 10db improvement in Air Borne noise when tested on it's own (Test excludes 2 x 15mm soundshield boards)*
*"Results may vary due to flanking noise and structure"
FAQ
How can I increase the reduction in air borne noise?- With any of the above solutions a membrane or sound barrier mat can be added to increase the air borne performance of the system.
- We have qualified plumbers on board to handle this
