Acoustic Wall Panels

In acoustic panels, thickness plays an important role in their sound-absorbing properties, but it is not the best solution by default. Thicker panels are indeed better at absorbing lower-frequency sounds, which are usually more difficult to control. In contrast, higher frequency sounds, such as a human voice or the ringing of glass, fall well within the absorption range of thinner panels. This difference shows how important it is to adjust panel thickness to the specific acoustic challenges in your space. We'll guide you in selecting the right acoustic panels for your needs so that your space achieves the best possible sound quality. With a detailed insight into how different panels perform across the sound spectrum, we'd love to help you create the ideal acoustic environment.

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Determining the right number of acoustic panels for your space involves a number of important factors: the size of the room, the composition and interior of the space, the purpose of the space, the dimensions of the panels, and your specific acoustic goals. Although there is no one-size-fits-all solution, a generally recommended guideline is to provide acoustic panels at least 30% of the hard surfaces in your space to achieve a noticeable improvement in sound quality. The composition and thickness of the acoustic panels also play a crucial role in their effectiveness. Overall, covering more wall or ceiling area with acoustic panels leads to better acoustic results. This means that larger or more sound-reflecting spaces may require more coverage to optimize sound absorption and effectively reduce echoes. It is also important to consider the specific activities that take place in the room when determining the amount of acoustic materials needed.

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The strategic placement of acoustic panels is crucial in maximizing their effectiveness in any environment. A basic principle is to place panels where they can most effectively absorb sound reflections, usually at the level of the sound source and listeners' ears. For most environments, this means installing the panels at “head height” and distributing them evenly across the room to prevent echo and reverb and ensure clear and balanced sound. The placement depends on the function of the space and the activities that take place there.

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Customization is exactly what we are good at. Depending on the material, we can produce panels in any size up to 12000 x 5000 mm (as long as they are rectangular or square shapes, consult our specialists for other shapes). We also have other geometric shapes in various standard sizes. In specific situations, we can tailor geometric shapes, but this is determined on a case-by-case basis. Contact our specialists to see if we can bring your idea to life.

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Installing sound-absorbing wall panels is a customized process that depends on the type of panel and the desired installation. It is essential to realize that the effectiveness of acoustic panels depends heavily on the correct installation and installation. That's why, at Akoesta, we go further than just supplying high-quality acoustic panels. We ensure that each panel is professionally installed in the right position and placed optimally to improve the acoustic properties of your space in the best possible way.

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No, acoustic panels do not block or interfere with Wi-Fi signals. The science behind this is simple: acoustic panels are designed to absorb sound waves, which are mechanical and require a medium such as air to travel. However, Wi-Fi signals are electromagnetic waves that can pass through most materials, including acoustic panels. The materials used in acoustic panels are effective for controlling sound but are not dense enough to interfere with electromagnetic waves. So you can enjoy improved sound quality in your space without worrying about the impact on your wireless Internet connection.

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We calculate prices based on surface area, type of panel, edition, visuals (if applicable), transport and assembly. Feel free to contact us and request a customized price.

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