Walls: Panels

Made from solid wood, the new diffuser is perfect for use in venues such as concert halls, hi-fi rooms and recording studios, where effective diffusion is often required, without too much absorption occurring at the same time. With its striking angled surface, the two-dimensional diffuser is based on a QRD sequence combined with changing reflection techniques (a result of the angled surface).

Made from solid wood, the new diffuser is perfect for use in venues such as concert halls, hi-fi rooms and recording studios, where effective diffusion is often required, without too much absorption occurring at the same time. With its striking angled surface, the two-dimensional diffuser is based on a QRD sequence combined with changing reflection techniques (a result of the angled surface).

Made from solid wood, the new diffuser is perfect for use in venues such as concert halls, hi-fi rooms and recording studios, where effective diffusion is often required, without too much absorption occurring at the same time. With its striking angled surface, the two-dimensional diffuser is based on a QRD sequence combined with changing reflection techniques (a result of the angled surface).

Made from solid wood, the new diffuser is perfect for use in venues such as concert halls, hi-fi rooms and recording studios, where effective diffusion is often required, without too much absorption occurring at the same time. With its striking angled surface, the two-dimensional diffuser is based on a QRD sequence combined with changing reflection techniques (a result of the angled surface).

Made from solid wood, the new diffuser is perfect for use in venues such as concert halls, hi-fi rooms and recording studios, where effective diffusion is often required, without too much absorption occurring at the same time. With its striking angled surface, the two-dimensional diffuser is based on a QRD sequence combined with changing reflection techniques (a result of the angled surface).

Made from solid wood, the new diffuser is perfect for use in venues such as concert halls, hi-fi rooms and recording studios, where effective diffusion is often required, without too much absorption occurring at the same time. With its striking angled surface, the two-dimensional diffuser is based on a QRD sequence combined with changing reflection techniques (a result of the angled surface).

Visquare Veil panels are designed to perform on medium and high frequencies, providing for absorption. The effect occurs when sound energy passes through the perforated foam.  The face of the panel is covered with either a white or black fiberglass veil for aesthetics (F).  Vicoustic’s research has revealed that perforated foam performs more efficiently than standard cut foam. This is because in addition to increasing the surface absorption, it also functions as a sound trap. The combination provides for an excellent fire resistance rating.

Visquare Premium panels have  been designed to perform on medium and high frequencies requiring absorption.  The resultant effect occurs when sound energy passes through the perforated foam.  The impressive scope of the absorption coefficient is a function of the unique foam material and development of its configuration.  Vicoustic’s research has revealed that perforated foam performs more efficiently than thicker straight cut foam.  The result is an increase in surface absorption that also functions as a sound trap.  

Optimized for corner mounting, Super Bass Extreme MEL is combined with a membrane, two high-density foam layers and a micro-perforated rear panel, with 1mm holes, that acts as a Helmholtz Resonator. Designed to provide effective low frequency absorption, the wood front panel has two functions, providing sufficient mid-high frequency absorption to control corner reflections without deadening the sound, while simultaneously acting as a diffuser.