Hi all,
I am seeking some advice for my current listening room which is our living room (about 30 m2 – 7.5x4 and 2.5m height).
One side is mostly bay windows, and the back left corner is opened on the kitchen and the hall. Other sides are concrete walls.
We are going to replace our current stretched ceiling (old lacquered PVC one).
I was wondering if using an acoustic stretched ceiling (micro perforated, absorption coeff of 0.3) on its own or coupled with a 5cm layer of acoustic fleece between the concrete ceiling and the stretched ceiling (would probably end up with an absorption coeff around 0.6 or 0.7) would enhance the acoustics, reducing a bit reverbs on medium / highs or would not change anything.
Acoustic stretched ceiling is twice more expensive than regular one and adding the acoustic fleece layer is additional work/cost.
Given,the attached REW measurements (current measurement is the ‘kanta+sub+dirac’ in the mdat file), would you think it would worth it ? or useless ?
Thanks
I am seeking some advice for my current listening room which is our living room (about 30 m2 – 7.5x4 and 2.5m height).
One side is mostly bay windows, and the back left corner is opened on the kitchen and the hall. Other sides are concrete walls.
We are going to replace our current stretched ceiling (old lacquered PVC one).
I was wondering if using an acoustic stretched ceiling (micro perforated, absorption coeff of 0.3) on its own or coupled with a 5cm layer of acoustic fleece between the concrete ceiling and the stretched ceiling (would probably end up with an absorption coeff around 0.6 or 0.7) would enhance the acoustics, reducing a bit reverbs on medium / highs or would not change anything.
Acoustic stretched ceiling is twice more expensive than regular one and adding the acoustic fleece layer is additional work/cost.
Given,the attached REW measurements (current measurement is the ‘kanta+sub+dirac’ in the mdat file), would you think it would worth it ? or useless ?
Thanks