Industrial noise is fast becoming a serious health and financial issue. While there are many ways to reduce noise within enclosed public or commercial areas, there have not been any significant advancements in reducing noise within harsh industrial environments.
Reducing noise in industrial settings involves three primary functions:
Providing as much sound absorption material with the highest noise reduction coefficient; (NRC) ratings possible within the area, comparing the frequencies of the noise to the frequencies absorbed by the absorption material. (NRC: The higher the number, the more noise reduction. 1.00 is the maximum.)
Placing a versatile, non-permanent, moveable noise absorption and noise blocking material as close to the actual noise source as possible.
Using a noise abatement product is able to withstand your particular environment for an extended period of time, meeting requirements for mold, smoke/flame, cleaning, ease of maintenance and repositioning.
Industrial noise is fast becoming a serious health and financial issue. While there are many ways to reduce noise within enclosed public or commercial areas, there have not been any significant advancements in reducing noise within harsh industrial environments.
Reducing noise in industrial settings involves three primary functions:
- Providing as much sound absorption material with the highest noise reduction coefficient; (NRC) ratings possible within the area, comparing the frequencies of the noise to the frequencies absorbed by the absorption material. (NRC: The higher the number, the more noise reduction. 1.00 is the maximum.)
- Placing a versatile, non-permanent, moveable noise absorption and noise blocking material as close to the actual noise source as possible.
- Using a noise abatement product is able to withstand your particular environment for an extended period of time, meeting requirements for mold, smoke/flame, cleaning, ease of maintenance and repositioning.
