- Details
- Manufacturer information
- Acoustic measurements – Acoustic Cloth 2.0
- Features
- FAQ overview
Description for Water-repellent Speaker Cloth in various colours
Speaker Cloth 2.0 - wider, water-repellent & sound-permeable
OurSpeaker Cloth 2.0offers the perfect combination of functionality and design. With itswidth of 160 cmit is ideal for large-scale applications such as acousticacoustic pictures, acoustic absorbers or ceiling sails . Thanks to its special knitting technique, it ensuresexcellent sound permeabilityminimises sound loss and improves room acoustics.
Possible applications:
Speaker cover frames
- Soundboards & doorboards
- Sound absorbers & acoustic screens
- Offices & home cinemas
- Stage and trade fair construction
- Boats & cars
Itswater-repellentandhardwearingnature allows for versatile use. It can also be stretched around "sharp" corners without any problems and without directly forming running stitches.
Ideal for large-area applications:
Theunusual widthmakes Speaker Cloth 2.0 the perfect choice for large-scale panelling - whether in cinemas, theatres or largecinemas, theatres or open-plan offices.
Colour variety as desired:
Choose the perfect shade for your project from a wide range of colours.
Weschnitzmühle 9
69509 Mörlenbach
Germany
+49 6209 712792
shop@akustikstoff.com


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
