Large-volume commercial spaces have a fundamentally different acoustic problem from small meeting rooms. Sound travels farther, reflects off more surfaces, and takes longer to decay. A 3,000 sq ft open-plan floor is a different design challenge from a 25-person conference room, and specifying acoustic ceiling panels for it requires more...
6 Things to Check When Specifying Acoustic Felt Panels for High-Traffic Spaces
Acoustic felt panels have become a standard specification in commercial interiors. They absorb sound well across the mid-frequency range, come in an extensive colour palette, and carry a credible sustainability story given that most are made from recycled PET fibre. High-traffic spaces impose conditions that low-use environments never will. Panels...
How Perforated Metal Ceiling Systems Handle Noise in Large Commercial Buildings
Noise management in large commercial spaces is rarely simple, and that’s why the ceiling is often the first surface a specifier looks to. Perforated metal ceiling systems have become one of the most commonly specified acoustic solutions in large-volume commercial buildings. But how they work acoustically, and when they’re genuinely...
How Soundproof Fabric Is Used in Commercial Installations
Soundproof fabric doesn’t get much attention in specification documents. It usually shows up as a colour selection, and then the conversation moves on to NRC ratings and mounting heights. But the fabric in a fabric-wrapped acoustic panel, or in a fabric-faced ceiling system, is doing something specific, and getting it...
Do Noise Cancelling Wall Panels Actually Work?
'Noise cancelling wall panels' is a widely used but imprecise term. These panels do not cancel noise the way headphones do. They absorb sound within a space to reduce echo and reverberation, which is a different problem from blocking sound between rooms. This article explains the distinction, what NRC ratings...
How White Acoustic Panels Perform in Minimalist Commercial Interiors
White acoustic panels perform identically to any other colour of the same product. Acoustic absorption happens inside the panel, through the core material, not at the surface. What determines performance is the finish type; a white acoustic fabric or perforated surface is acoustically transparent, while a painted or coated hard...