quartz as shelving

marble, granite, glass and your quartz countertop are kryptonite to your stereo equipment

Yet you have speakers made from synthetic marble! What am I not getting?

Stereo equipment on wood is known to give the best sound.

If this is such a well known "fact", then how come HRS, Sistrum, Arcici and Gran Prix (4 very well regarded stand manufacturers) don't use wood platforms?

Rather than talk in absolutes and make hyperbolic statements all I'm suggesting is give the quartz material a try and let us know how it works. I freely admit, again, that I'm speculating that it might work well.

(As a personal note, I do use maple boards under some of my equipment. I also use carbon fiber, MDF and acrylic. At one point I used 1" thick glass which when combined with rubber/cork mats worked well. I then switched to a Mapleshade wood/metal stand which was a definite improvement. I'm now seriously considering taking out all the maple boards and switching entirely to acrylic, except for the one carbon fiber piece.)

What you are not getting is, I don't use my speakers as a shelf to set my equipment on and speaker designers use this material for speaker cabinets for reducing cabinet resonances.

I think you should take out the maple and replace it with quartz. Then you can tell us how bad it sounds.

Now do you get it?

So reducing resonate behavior in speaker cabinets is somehow different than reducing resonances in equipment shelves and different materials should be used?

"Quartz and other hard surfaces will not drain unwanted energy from your equipment."

Can you tell us the origins of this "unwanted engery"? lol

BTW, I use solid marble slabs for amp stands for 200 lb monos. Anyone can build with flimsy wood and come up with vodoo logic as to why wood is better. (arn't some of the truly great speakers made with concrete- Theil?) (See allot of older Speaker Builder Mags)

i think it would be most accurate to say that the job of vibration management is a function of may variables such as freq and amplitude of the driver, weight of the load, materials used and the design. complicated enough to say that there is no one size fits all solution. I'm, still hazy on the effects of vibration (even minimal)on solid state electronics. I've read lots of stuff that is frankly BS but lots of folks report noted improvements so............

anyway there is no magic material.