Natural Noise Control
fsorb | Eco friendly acoustical prodcuts
“At FSorb, we are motivated by improving human health and do so by creating eco-friendly acoustic products. Our mission is to help designers build beautiful spaces that reduce excess ambient noise while calming the human nervous system. With over 20 years in the acoustic business, we stand behind FSorb as a low-cost, environmentally friendly, and durable product. If you want an acoustic solution that is completely safe to human health at an affordable price, then we are your resource. […] Our goal is to give you the ultimate freedom in designing with FSorb materials. Whether it be a unique bevel, a custom cut shape, patterns cut out of a pane, or a 3D element with an integrated light fixture, we like creating new things with you.”
We offer a variety of Standard and Premium colors. We also provide custom colors for projects over 25,000 square feet and you can print on Fsorb!
“Acoustic elements increase the extent to which sound waves hitting them are absorbed, in order to reduce their intensity and echo. FSorb is an easy material to cut and sculpt into shapes that re-define space while absorbing sounds that otherwise impact the nervous system.”
“FSorb is an environmentally friendly acoustic product made from thermally bonded recycled polyester plastics. FSorb contains NO adhesives, paints, coatings, VOC’s, formaldehyde, itchy particles, wood, agricultural or paper products.”
Eco-friendly, | Red List Free | VOC Free | LEED Credit Eligible | DECLARE Certified | Class A Fire Rated | HPD’s Available | Recycled Content of Up to 96% | Living Building Challenge Products
Microbe Resistant | “Unlike cotton and acoustic fabrics that can attract moisture that generates mold and mildew.”
Long lasting | “Ability to absorb sound and still look good for 50 years or more.”
Safe | “No chemicals, or itchy airborne particles for building users to ever deal with. No coatings or adhesives.”
Durable | “Easy to wash, and does not ding or break like paper and fiber based products.”