With a Metal frame to improve product stability, Suspended Baffle PET MKII is made from VicPET Wool - a non-woven textile produced mainly from recycled plastic bottles. Being a suspended acoustic element, presents twice the area of absorbing material exposed of a common acoustic panel, making it a very efficient solution to control noise build up in big public or industrial spaces.
 
Vicoustic Suspended Baffle PET MKII has an Euro Class B fire rate classification, it is a low emitting material having earned the A+ French VOC label (ISO 16000) and has also been classified as Class 1 according to OEKO-TEX 100 Standard, i.e. meeting the human-ecological requirements presently established for baby articles.
 
It's easy to install using a simple Wire Rope Fixation System, basically two steel cables with a hook. The Wire Rope can be easily adjusted in height up to 150 cm.
 
Features
Metal frame to improve product stability
Premium high density PET Wool
High Performance in medium and high frequencies
Light weight
Easy to install
Easy to clean and maintain
 
Includes:
6 x Suspended Baffle
Wire Rope
Eye Screw
Wire Rope Grip
 
Specifications
Vicoustic Suspended Baffle PET MKII Specifications
Available Finishes
Solid Colors*
• Black PET
• White PET
* Different batches may show a color variation.
Dimensions
a) 1202x602x40mm / 47.3'' x 23.7'' x 1.6''
For each panel. Please notice that the dimensions of these panels have a tolerance of +/- 2mm
Technical Information
Material: Premium high density VicPET Wool and Galvanized Steel
Fire Rating:
• Europe: Euro Class B S1, dO (EM 13501-1)
• USA: White PET: Class B (STM-E84) | Black PET: Class A (ASTM-E84)
Installation: Wire Rope (steel cable with a hook) Fixation System
Thermal Properties
• White PET 40mm: Lambda-10: 37.12 mW/(m*K); R-10: 1.1449 m2K/W; TC: 0.1922 mW/(m*k2)
• White PET 20mm: Lambda-10: 34.37 mW/(m*K); R-10: 0.6197 m2K/W; TC: 0.1558 mW/(m*k2)
• Black PET 40mm: Lambda-10: 33.78 mW/(m*K); R-10: 1.2404 m2K/W; TC: 0.1681 mW/(m*k2)
• Black PET 20mm: Lambda-10: 34.37 mW/(m*K); R-10: 0.6197 m2K/W; TC: 0.1558 mW/(m*k2)