Want to build a rack with sandwich layered dampening


Hi all,

I considering constructing a very basic, small, low two shelf rack to accommodate my somewhat compact components to replace my rather resonant Pangea rack. Lower, not as deep and a bit wider to accommodate access, but also keep it low to preserve stage between the speakers in my smallish listening room. 
 

I’ve found some perfectly sized and precut maple (I think it’s maple will have double check). 3/4 to 1” boards that I’d like to sandwich together with screws, and place some sort of elastomer material between to control resonances. The legs would be basic but thick, and I’d probably just put spring isolators under them. Rack would be sitting on a raised hardwood floor. 
 

My question: would using a sheet layer of sound absorbing butyl or some type of elastomer in between help or potentially harm sonics? Reason I’m asking, I’ve found sorbothane to actually have an adverse effect under components, with say stack audio pucks instead a purely delightful improvement. I know we’re talking about a different application, but still would like to get some experienced thoughts on anyone that has done - or purchased - something similar. 
 

Big thanks in advance for anyone’s help! 
 

John 

riccitone

Showing 2 responses by dekay

Here’s the one I thought might work.

LACK TV unit,

W - 47 1/4"

H - 14 1/8"

D - 13 3/4"

It has 2 levels.

 

There is another one that is 63" wide.

 

DeKay

 

 

If your components are not heavy weights an inexpensive alternative would be to try a low light/rigid table.

If you have Ikea in your area look specifically @ their "LacK" tables which come in many different sizes.

Some of the shallow "TV" tables might work or one of the 2-level coffee tables if not too deep.

My electronics are on a light/rigid rack with custom light/rigid shelves under the source gear.

The shelf design I use is not unlike the construction of the Lack tables.

However, if you go with the shallow "TV" rack (well, you already know about the Frenchmen).

 

DeKay