What is an acoustic louver?
An acoustic louver is a shallow fixed blade air noise attenuator (a short, wide silencer). It typically has angled horizontal blades which assist in weather resistance and also in changing the direction of sound waves.
Acoustic Louvers are used for moderate noise attenuation on low velocity / large area buildings, enclosures and plenum openings.
They are composed of an outer metal shell with a perforated profile facing the noise source. The inside of the metal shell is filled with acoustic media to absorb the sound energy once it passes through the blade of the louver. They are designed to reduce noise while minimizing the ingress of water.
Applications:
Louvers are well suited for applications where space is limited and the use of standard silencers is impractical. They are able to fit in small areas due to their lack of depth but tend to be rather large in surface area. Acoustic Louvers are commonly used for building, enclosure, and room ventilation and HVAC systems.
Accessories:
Acoustic Louvers may come equipped with mounting flanges for surface mounting, galvanised and stainless steel mesh for bird, insect and safety screens or even chevron designs for greater noise attenuation.
dB Noise Reduction® offers a number of noise control solutions including acoustic louvers. For product details please visit our webpage on acoustic louvers or contact us through email at sales@dbnoisereduction.com or call us using our toll free number 877-774-8601.
IMPORTANT NOTICE REGARDING MISREPRESENTATION OF OUR TRADEMARK IN THE U.S.A.
International Noise Awareness Day
Differentiation of Sound Fields (in Relation to Noise Reduction)
Hearing Protection at Factories
Earth Day - A Spotlight On Noise Pollution
Acoustics, more than what meets the ear
Observing Veteran's Day (USA) - Remembrance Day (Canada)
National Protect Your Hearing Month
Why you really do need a professional Acoustical Consultant
Updates to dB Noise Reduction's Silencer Selection Web App
Silencer Selection Web App a new addition to the dB Noise Reduction website
dB Noise Reduction team announces the addition of two new members