ATS Acoustic Eco-Panels

ATS Acoustic Eco-Panels are the only brand of customized acoustic treatment that provides superior acoustical performance and impressive environmental stewardship. With a high recycled content and no VOC’s, this innovative, green product will impact your building’s performance and create a safer environment for building occupants.

Credit potential for LEED for Schools, LEED for New Construction, and LEED for Existing Buildings, Operations, and Maintenance.

The Eco-Panel’s recycled content provides a healthier indoor air quality than standard fiberglass based panels and can contribute to LEED certified building projects.

High recycled content.

Core material of either ECOSE® fiberglass or recycled Cotton material (note that Class A fire rating is not available on the recycled Cotton material).
ECOSE® Technology fiberglass contains no phenol, formaldehyde, acrylics, or artificial colors, and features 58% post consumer recycled materials.
97% post-consumer recycled composite plastic frames.
EPA award winning, soy-based PureBond® backing.
Recycled Cotton material features 80% pre-consumer recycled materials.
Choice of renewable or recycled fabrics. Our original 100% Jute fabric features rapidly renewable natural fibers while the Purpose line from Guilford of Maine is made from 100% post-consumer recycled biodegradable polyester.
ECOSE® fiberglass is certified for Indoor Air Quality as a low emitting product by the GREENGUARD Environmental Institute.

Eco-Panels provide safer and healthier indoor environments.

Formaldehyde-Free ECOSE® fiberglass.
No VOC’s or other harmful emissions.
Resists microbial growth.

Excellent sound quality. Our effective sound absorber features an excellent NRC rating of 1.00, making it a perfect sound control addition for conference rooms, office buildings, schools, apartment complexes, studio designs, home decor, or anyone wanting a sustainable, green, healthy product that delivers exceptional sound quality.

View Eco-Panel Specifications.

Eco-Panel

24 x 24 x 2