|Specification:||2440*1220, 1200*600, 600*600 mm||Thickness:||25 mm, 50 m|
|Type:||square, small bevel, big bevel||Material:||Fiberglass panel|
|Surface:||Fabric, PU, genuine leather|
fabric wrapped acoustic panels,
acoustic fabric wall covering
Base material: high quality fiberglass wool
Surface: Wrapped with fireproof fabric
Back: coverd with fiberglass tissue
Side: four sizes are sealed
Use exposed grids,grids width:15mm or 24mm
Tiles are easy to trim and install
Both inches and metric grids are available
1.Excellent performace of sound absorption, effectively reduce noise levels.
2.Various decorative fabric and colors can be applied, produces an effect of luxury and elegant.
3.Stable dimension under the high temperature and humidity.
4.Good thermal insulation performance, energy saving
5.Easy installation and adjustment.
|Main Specification||National Standard||Main Properties|
|Noise reduction cofficient||GBJ47-83||NRC=0.9||NRC=1.0||NRC=0.9|
|Level of fireproof||GB8624_1997||A||A||B1|
|Bending destrtorying loading||JC/T670-2005||≥40N||≥40N||≥40N|
|Limit of redionance||GB/T6566-2001||lra≤1.3lr≤1.3||lra≤1.3lr≤1.3||lra≤1.3lr≤1.3|
|Sniffable particulate matter||GB/T18883-2002||≤0.03G/m3||≤0.03G/m3||≤0.03G/m3|
Sound insulation fabric panels has excellent effect on sound absorbing with a wide spectrum of acoustic absorption coefficient among low, medium and high frequency. It can achieve the greatest possibility of customer's requirement.
It usually used for the public area.Such as the cinema,studio,meeting room,KTV,karaoke and other place.If you have a cinema project,the Fabric panel for walls is the best choice.
1.It has good decoration, easy to install and no dust proof etc. various advantages.
2.We have 2 types for your choose,the fabric or Pu leather.
3.Environmental protection, fire retardant, wide range sound frequency absorption etc.
Acoustic absorption is usually defined in terms of an absorption coefficient(usually denoted by the
Greek letter alpha, α), defined as the ratio of absorbed to incident sound energy from a single interaction
between a sound wave and a certain material.
Absorption coefficients range from 0 to 1 and vary with frequency,
α=0 means that the material absorbs no sound and reflects all sound energy incident on it.
α=1 means that the material absorbs all sound energy incident on it and reflects none.
Absorption coefficients of 0 and 1are ideal values that do not exist in reality because all materials
reflect and absorb some sound.
In general, materials having absorption coefficients less than 0.15 are considered to be
Osoba kontaktowa: Fay Huang