Better acoustics. Better optics.
See and hear for yourself!
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A good talk needs a relaxed environment.
When several groups tour through an exhibition, annoying background noises affect the visitors. Fabric covered walls have been used, and while effective, the aesthetic result was troubling to visitors and employees. We’re pleased that there is now the new Mila-wall acoustic panel. It’s as appealing as Mila-wall, but noticeably reduces the reverberation in the room.
Proven Design. Taken one step further.
The new sound-absorbing panels from the Mila-wall series combine aesthetic wall design and demonstrated acoustic improvement. Given the slim depth of the wall, it‘s amazing how effectively Mila-wall Acoustic reduces reverberation.
Mila-wall Acoustic's design was recognized by the architecture magazine AIT as a trendsetter in the industry and was awarded the German Design Award by the German Design Council.
The frame of this new acoustic wall is based on the materials and construction of the Mila-wall-100 series, but optimized for maximum sound absorption.
From the outside, a structure of micro holes is the only variant. How the sound is captured inside the wall is a design secret.
You haven't heard anything?
Might best be described as "swallowing" sound. Normally, wall surfaces cast sound back. With Mila-wall Acoustic, however, little or no noise is reflected and sound that hits the surface is absorbed or "swallowed" back into the wall. How we accomplish this remains our trade secret.
Stops sound and acts like a barrier. Just like an umbrella blocks or holds off the rain, sound is redirected in its path. This happens with use of a sound barrier, like Mila-wall Acoustic. To put it technically: the sound is interrupted and dispersed away from the inside.
Covers up what is being heard, like muffling a voice. Disturbing background noise is drowned out or "masked" by introducing a non-annoying, more neutral sound. Masking sounds need to be static, broadband, and provide no information. This is called white noise.
Impressive sound absorption
Mila-wall acoustic was developed in collaboration with the renowned Fraunhofer IBP. The picture shows a wall module during tests at the Institute, where outstanding sound dampening values were measured.
This Video Box is built with Mila-wall Acoustic walls. Inside the Video Box, you experience superior sound quality. Yet outside the walls, you can hear almost nothing. Thanks to the sound dampening and absorption qualities of the Mila-wall Acoustic, the sound stays inside the room.
Live testing the Mila-wall Acoustic
At the Stratford Circus Arts Centre London, the International Gospel Choir London tested the reverberation of Mila-wall Acoustic, the sound-absorbing wall modules from the Mila-wall series, which were specially developed to reduce reverberation. The results were impressive.
Nature experience in the museum
A special exhibition in the Cultural History Museum in Rostock was equipped with Mila-wall Acoustic. These wall modules were used to switch off the natural room reverberation in the exhibition room and to create the impression of "the wild". The exhibition organizers were enthusiastic about the room acoustics, especially because birdcalls are running in the background of the exhibition and no reverberation is created in the room.
Chillout with Mila-wall Acoustic
In this summary you can see the construction of a chillout room designed by MBA at the BOE International in Dortmund. The chillout room has sound-absorbing surfaces on the inside and can be realized in different sizes and the interior can be designed individually. Constructed with Mila-wall wall modules from the Acoustic series, it is the perfect retreat during the hustle and bustle of a trade fair, event or open floor plan office.
Less sound. Less reverb.
The exhibition spaces of Hilm-Boeckmann-retrospective of the LWL Museum of Archaeology in Herne were the basis for an impressive demonstration of the reverberation reduction with acoustic walls from the series Mila-wall Acoustic.
Remarkable reduction of reverberation
In a simulation of the Fraunhofer IBP, normal Mila-wall modules were compared with Mila-wall Acoustic. The noise reduction is clearly identified: