- Details
- Manufacturer information
- Acoustic measurements – Standard speaker cloth
- Features
- Downloads
- FAQ overview
Description for Speaker Cloth, covering fabric, box fabric by the metre in 150 cm width
Dimension (cm): 150cm wide
This acoustic fabric is suitable for covering speakers, soundboards, doorboards, speaker frames, sound absorbers, ceiling sails, acoustic pictures and many other applications.
The box fabric is hard-wearing and can also be pulled around "hard" corners without getting a run.
Very high sound permeability is guaranteed thanks to the open knitting technique of this covering fabric. Unwanted sound losses in the mid and high frequencies are thus avoided or minimised. This means that the acoustic fabric can also be used wherever acoustically transparent effects are required.
As our fabrics are open-pored, the substrate should be taken into account when covering. Too much tension and too strong a colour contrast between the background and the fabric can affect the colour and therefore your object.
This fabric is processed by:
- Carpentry and joinery businesses
- Stand builders
- Interior decorators
- Stage builders
- Speaker manufacturers
- Home cinema builders
- Sound studios
- Car upholstery shops
Weschnitzmühle 9
69509 Mörlenbach
Germany
+49 6209 712792
shop@akustikstoff.com
Germany


There are two sound transparency measurement diagrams for every type of acoustic cloth available from Akustikstoff.com:
Diagram 1 shows the measurement in decibels (dB). It indicates how strongly sound is attenuated across different frequency ranges.
Diagram 2 shows the measurement in dBFS (decibels relative to Full Scale). This is a digital reference measurement that represents the acoustic behaviour in relation to the maximum signal level.
Each diagram contains several curves illustrating the effect of fabric tension (stretching):
- without fabric → reference measurement (open transmission)
- fabric at 0% stretch → unstretched condition
- fabric at 3% stretch → typical installation tension
- fabric at 5% stretch → maximum recommended tension
