Acoustic regulation
- Improve the acoustics in existing spaces
Are you experiencing disruptive noise?
Acoustics play an important role in how we experience and use a space. We rarely notice them when they work well, but poor acoustics quickly become apparent.
Excessive reverberation can make it difficult to hold conversations, concentrate or work without distractions. This is particularly relevant in offices, educational environments and communal areas where many people gather.
With DAMPA’s sound-absorbing wall panels and suspended ceiling canopies, you can improve the acoustics of existing spaces. Our solutions can be tailored to the function and architecture of each space, creating a more comfortable acoustic environment without compromising on aesthetics.
Excessive reverberation can make it difficult to hold conversations, concentrate or work without distractions. This is particularly relevant in offices, educational environments and communal areas where many people gather.
With DAMPA’s sound-absorbing wall panels and suspended ceiling canopies, you can improve the acoustics of existing spaces. Our solutions can be tailored to the function and architecture of each space, creating a more comfortable acoustic environment without compromising on aesthetics.
Optimise the acoustics in your project
With DAMPA, you get flexible solutions for improving acoustics in existing spaces, with sound absorption, durability and design tailored to the needs of each space.
Effective Sound Absorption
Improve acoustics with proven acoustic solutions that can be tailored to the function and acoustic requirements of each space.
Durable Solutions
Benefit from robust metal acoustic solutions suitable for offices, educational environments and high-traffic areas.
Design Flexibility
Choose from a wide range of shapes, colours, finishes and perforations to ensure the acoustic solution integrates seamlessly into the interior design.
Acoustic Solutions for Ceilings and Walls
A space’s acoustic requirements depend on factors such as its size, layout and intended use. With DAMPA’s sound-absorbing wall panels and suspended ceiling rafts, you can improve the acoustic environment without making extensive changes to the existing space.
Explore our acoustic retrofit solutions and find the right fit for your project.
Explore our acoustic retrofit solutions and find the right fit for your project.
The Right Acoustic Solution for Your Space
No two spaces have the same acoustic requirements. The size, materials, layout and intended use of a space all influence how sound travels and how much sound absorption is needed.
When improving the acoustics of an existing space, it is important to consider its current conditions. In some spaces, sound-absorbing wall panels are the ideal solution, while suspended ceiling rafts may be more suitable in others. Often, a combination of both can achieve the desired acoustic improvement. At DAMPA, we help you find a solution that meets the acoustic requirements while complementing the architecture of the space.
When improving the acoustics of an existing space, it is important to consider its current conditions. In some spaces, sound-absorbing wall panels are the ideal solution, while suspended ceiling rafts may be more suitable in others. Often, a combination of both can achieve the desired acoustic improvement. At DAMPA, we help you find a solution that meets the acoustic requirements while complementing the architecture of the space.
Acoustics and Metal
Metal is often associated with hard, sound-reflecting surfaces. However, with the right configuration, metal can also form the basis of effective acoustic solutions.
When sound waves reach a perforated metal surface, the perforations and the void behind the surface can contribute to sound absorption through resonance. By combining this construction with acoustic felt or other porous absorbers, sound absorption can be improved across a broader frequency range. This makes it possible to develop solutions with different acoustic properties, including Class A sound absorption, without compromising on the durability and design flexibility of metal.
When sound waves reach a perforated metal surface, the perforations and the void behind the surface can contribute to sound absorption through resonance. By combining this construction with acoustic felt or other porous absorbers, sound absorption can be improved across a broader frequency range. This makes it possible to develop solutions with different acoustic properties, including Class A sound absorption, without compromising on the durability and design flexibility of metal.
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