brass outlet covers...anyone try them? Sound good

Why stop at the outlet covers?

I've got a connection for "audiophile grade"(AG) sheetrock for only $400 a sheet.

Sure...some of you are thinking...why in the hell would I spend $400 for a 4x8 piece of sheetrock that I can get at Lowes for less than 1/10 the price?

Because the stuff at Lowes doesn't have the "Audiophile Grade" stamp of approval nor does it go through the same "lengthy expensive testing process" that the AG sheetrock does.

and if the new AGsheetrock doesn't blow your hair back...just wait until you slather multiple gallons of my $800/gallon AG paint on top.

What's that?

You say you can't/didn't hear a difference.

Well then you're probably just screwing the sheetrock into ordinary "studs" and not the special audiophile grade ones.

When will you guys ever learn? sheeesh.

The funny thing is unless you try it its hard to say anything about it...though it would seem logical.

The best thing is is my system is sonically more natural and it cost me 5 bucks only.

I guess thats what I learned!

Ellery911, please get me the info on the $400 sheetrock, I may be in and also, have you tried various covers?

Who knows why sonics are so acceptable to small changes. I thought it was a joke and that outlets can't do anything.

Audiophile grade sheetrock and studs sound great but I think that paint price is out of bounds. No way it should cost more than $500/gallon.

I think you're pulling a fast one on us.

Ok here we go.

I have been racking my brain over this thread for three days now trying to figure out how a cover plate can make an audible difference. First of all I don't seem to be the typical audiophool as in the fact that I seem to be looking for scientific reasons behind the sound/tone we are trying to acheive.

So here is the hypothisis. Reduction in RFI that is leeching into the plug at the receptical. As long as the receptical is properly grounded the center screw that attaches the cover plate is connected to ground. Although brass is not a great conductor it is still a conductor connected to ground through the screw. That may be one reason Freemand had poor results with the screw loose, not having a solid ground for the RFI from the plate to flow through. I am still working on why he had poor results with the screw really tight because unlike Albert I cant figure out how EMI will have an effect.

Surface electrical charge. Say on plastic cover plates, in theory it should go to ground through the screw but we are talking thousands even tens of thousands of volts of static electricty that can build up. Can some of this voltage leech into the receptical due to its close proximity? Could be why plastic is not the best choice. As for nylon which Albert says he has had the best luck with. Nylon is a better insulator than plastic therefore it rejects static charge build up reducing the available voltage that could possible leech into the receptical. As for brass and static it being a better conductor then either plastic or nylon there should be little or no static build up as it should all flow to ground.

The RFI or stray static voltage leeching on to the line through the receptical or plug corrupts or adds noise to the electrical line that your equipments power supply may or may not be able to filter out.

Have fun and remember PFM.

Has anyone considered bacteria? Some types of bacteria will break down petrochemical products, albeit very slowly.

Theory: The cover acts as a drum head and amplifies the sound of the bacteria mulling about along the surface.

Of course, brass is of no interest to bacteria - so it is better than plastic. Wood has natural toxins that kill bacteria - so it might be even better still.

As long as there are no termites in your climate, I 'd go for wood, brass would be a close second!