Imperative Audio's range of high-density StudioPanel’s offer up to 5x greater absorption than other low-cost foam alternatives reducing unwanted reflections allowing you to hear your audio and not your room.

Acoustic treatment is an essential aspect of any recording studio as it plays a critical role in shaping the overall sound quality of the recordings produced in the space. Proper acoustic treatment helps to control the sound by reducing or eliminating unwanted noise and reflections, resulting in clear and accurate recordings. Without this treatment, it is so much harder to make good recording and mixing decisions and will also create aural or ear fatigue.

So, acoustic treatment is as important as your microphones, audio-interface or the library of plug-ins that sit on your DAW as it helps to create a more natural sonic environment that you can trust.

The StudioPANEL Single Acoustic Panels by Studiospares are comprised of high-density fibreglass backing under an acoustic core material that is finished with a bevelled edge. The use of high-density fibreglass means the acoustic panels offer up to nearly 5x times greater absorption qualities than other typical low-cost foam alternatives. They are effective from 500Hz, offer up to 0.12ms reflection time and up to 6dB noise reduction.

StudioPanels are relatively light so can be easily attached to a wall with the concealed Impaler wall mounts (included). Simply screw the Impaler to the wall and slot the StudioPanel on to the impalers.

A hardened edge protects the acoustic components against warping and damage, so will stand the test of time providing years of reliable performance.

Features

• Acoustic panels offer up to 5x greater absorption qualities than low-cost foam alternatives
• Reduces reflections and resonance
• Relatively light and simple fixtures
• Comprised of high-density fibreglass backing under an acoustic core material, finished with a bevelled edge
• Grey, 1200 x 600 x 25mm Weight: 2.20Kg

For more information, please visit the manufacturer's website.