Wooden Floor - BHG

Sound insulation dry screed PhoneStar - one board one system

Here you can see 10 floor constructional systems with PhoneStar on closed, wooden and beamed ceiling. Those are ordered by installation height of 10 - 70 m, shown with graphics and sound insulation datas.

 

 

 

 

Closed wooden beamed ceiling

BHG BodenHolzGeschlossen (FloorWoodClosed)

Output value impact sound L'n,w,R=75 dB

Output value airborne sound R'w,R=46 dB

The figures above are shown with PhoneStar improved efficiency.

The specified panel thickness are calculated without the final covering. 

Please consider the notes at the end of this chapter.

Impact and airborne sound insulation - BHG

If you want more construction details, click on the favoured floor (e.g. BHG 1.1).

Installation in mm

BHG

Floor Layers

 

PhoneStar Twin

PhoneStar TRI

Wood fibre

Discharge

Airborne sound insulation** R'w,R

Impact sound ** L'n,w,R ∆Lw,R

Announce- ments

Click on the text


10 mm

BHG 1.1

PhoneStar Twin

51 dB

∆=5 dB

69 dB

∆=6 dB


15 mm

BHG 1.2

PhoneStar Tri

52 dB

∆=6 dB

67 dB

∆=8 dB


29 mm

BHG 1.3

PhoneStar Twin

Wood fibre*

52 dB

∆=6 dB

66 dB

∆=9 dB


34 mm

BHG 1.4

PhoneStar Tri

Wood fibre*

53 dB

∆=7 dB

64 dB

∆=11 dB


39 mm

BHG 1.5

PhoneStar Twin

PhoneStar Twin

Wood fibre*

54 dB

∆=8 dB

63 dB

∆=12 dB


49 mm

BHG 1.6

PhoneStar Tri

PhoneStar Tri

Wood fibre*

55 dB

∆=9 dB

60 dB

∆=15 dB


59 mm

BHG 1.7

PhoneStar Twin

Wood fibre

Discharge

59 dB

∆=13 dB

55 dB

∆=20 dB


64 mm

BHG 1.8

PhoneStar Tri

Wood fibre

Discharge

60 dB

∆=14 dB

53 dB

∆=22 dB


69 mm

BHG 1.9

PhoneStar Twin

PhoneStar Twin

Wood fibre

Discharge

61 dB

∆=15 dB

51 dB

∆=24 dB


79 mm

BHG 1.10

PhoneStar Tri

PhoneStar Tri

Wood fibre

Discharge

62 dB

∆=16 dB

49 dB

∆=26 dB


*   To save installation height (approx. 16 mm), the wood fibre is replaced by the Wolf Protection  

     Fleece. Please contact us if necessary.

 

**  Please note the following information for the given sound insulation datas and

     other technical specifications.

 

Note:

If there are high airborne sound insulation datas of the construction and low impact sound pressure levels which are measured in the underneath room, the sound insulation will be better.

(Encouragement by "Normhammerwerk").

Upgrading impact and airborne sound insulation

Further improvements can be achieved through targeted floor constructional systems DHG.

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