Eliacoustic Acoustic Conditioning Fussor 3D Acoustic Diffuser Ceiling
ACOUSTIC CONDITIONING FUSSOR 3D ACOUSTIC DIFFUSER CEILING
ACOUSTIC CONDITIONING FUSSOR 3D ACOUSTIC DIFFUSER CEILING
The Fussor 3D acoustic panel is characterized by being made of high-density EPS. Its complex three-dimensional geometry reflects sound at multiple angles.
INFORMATION
BRAND
Eliacoustic
PRODUCT TYPE
Diffuser
ACOUSTIC ABSORPTION
- Mid frequencies
- High frequencies
INSTALLATION
Glued to wall or ceiling with EliGlue Forte
MATERIAL
EPS High Density
PRODUCTION
Made in Spain
GUARANTEE
10 years
COLLECTION
Acoustic
REACTION TO FIRE
No
MEASURES
- 595 x 595 mm
- 1190 x 595 mm
APPLICATIONS
- Broadcast
- Home-studios
- Recording studios
- Hi-end audio rooms
THICKNESS
167 mm
BASE MATERIAL
EPS
USE
Indoor
FINISH
First
FREQUENCY
El EliAcoustic Acoustic Diffuser Fusor 3D has been designed to operate in the frequency range between 630 Hz and 10.000 Hz.
DESIGN
In addition, its modular design and easy installation allow several diffusers to be installed, turning them into one large acoustic diffuser.
TYPE OF INSTALLATION
EliGlue
QUANTITY
2 units per box
ABSORPTION GRAPH
This graph shows the acoustic absorption capacity of the product. On the X axis you will find the different frequencies and on the Y axis (Alpha coefficient), the acoustic absorption factor for said frequency. A value equal to 1 means that it absorbs 100% of the energy, a value equal to 0 means that it reflects 100% of the energy.xdfb.
SOUND
El Acoustic Diffuser EliAcoustic Fusor 3D is made of high-density EPS, based on a complex three-dimensional geometry that allows sound to be reflected in multiple directions and reflection angles. With Fussor 3D, we can improve the spatial and enveloping amplitude of sound in our room.
DIFFUSERS
GIts modular geometry allows multiple diffusers to be installed together, thus forming one large acoustic diffuser. This factor has also been taken into account in its design, so that the joints between the different diffusers will go unnoticed.
ANGLE
The depths of the different cavities to the angle of their surfaces have been designed to obtain the highest level of acoustic diffusion, especially to operate in the frequency range between 630 Hz and 10.000 Hz.
