EMAIL TO ORDER Beetle Killed Pine Skyline Acoustic Diffuser
Weighs 25 lbs
18” x 18” x 7.5” tall
Two dimensional acoustic diffusion
Scatters sound both horizontally and vertically
Treats problematic reflections and provides the room a natural acoustic response (sounds larger)
Recording studios use them to add a sense of space, dimension and bring recordings to life
Improves depth, accuracy, and clarity of instruments and speakers and removes echo
Huge frequency range - low hz 882 - high hz 11467
144 1.5” pieces of beetle killed pine ranging from 2” - 7.5” tall
Used in Listening and Performance rooms, Control Rooms, Tracking Rooms and Home Theaters
Precision milled and glued by hand to .5” black Valchromat
Comes with metal French cleat system to hang on studs only
Made from old growth beetle killed pine from Colorado - most are made from fast growth rainforest home store pine (hint: look at the rings)
Acoustically warm and expand your room with the diffusion of American Beetle Killed Pine
Based acoustical engineering science from the Research Department, Engineering Division of the British Broadcasting Corporation: The Design and Application of Modular, Acoustic Diffusing Elements by R. Walker B.Sc. (Eng)., C.Eng., M.I.E.E.
100% hand made in America
A reclaimed, environmentally helpful, acoustic treatment
Each diffuser sold plants a tree
Interfering reflections can be controlled by absorption or diffusion. In small rooms, it is often desirable to control interfering reflections and provide an ambient sound field using diffusion instead of absorption. When the room surfaces are relatively close to the listener, a very efficient diffusing surface is needed. To solve this problem you can use a two dimensional omnidirectional diffusor.
Causes grave physical structure, a change in the local reflection coefficient of the surface by coupling of delay elements to the surface.
The resulting reflection factor modulates the distribution of particle velocity at the surface of the structure such that the resulting track wave not only has a wave number (corresponding to a reflection direction), but composed of waves with different wave numbers.
Each component of the local velocity distribution according to their causes, the radiation wave number in a different direction.
