Correct way to attach speaker wires... Wait, what!!!

czarivey wrote,   I agree to bare wire, only what to do with that 3/4" thick sausage LOL? I doubt that it's going to be cooperative to the screw-in posts of amp or any posts technically. Need to check if Mapleshade doodz took such thickie from near-by power transformer..

Are you sure you have Mapleshade wire? No wire from them ends in a 3/4 diameter termination. Pierre uses thin solid core with NO terminations, just stripped bare wire. 

vicweast,
I prefer the Bareanakedium Wire Connection (BWC) to all others. Google it.  

I use bare wire when connecting to the speaker binding post. For those who mention oxidation, while true, it occurs ever so slightly and over such a long period of time that it is of no practical concern. Even so, every 18 months or so I'm inclined to clip off the bare wire, strip another half-inch or so of insulation and use the newly exposed bare wire. Sure, this shortens the cable, so you should start the process with a cable which is 2 or 3 feet longer than otherwise needed and the cable can last a lifetime. Also, I believe its a good idea to keep the binding posts *very* tight (by hand only but with the aid of a cloth or glove in order to tighten that much more), and to check the tightness of the binding post every two months or so as invariably it will loosen ever so slightly. Same on the amp side.

I have found, "finally" what I believe I will use until the end.

"De-oxit Gold", the 100% liquid solution. Swabbed on and then wiped off. It then dries completely over time.

And it somehow does, "improve" electrical connections of any type. I have both measured this and heard a difference as well.

And "However slight" the difference was? It is there. 

And even under my microscope, I could actually see it as well.

Which is amazing considering that I have looked at the same test-pieces over the   time that it took to dry. And watched as it first formed into an "AFFF".

(Aqueous Film Forming Foam). So, in a nutshell, it sealed the conductive metals from any type of corrosion that I normally would see. Then to a point, it dried up.

This film which it left, which is "very" thin, bonded at the molecular level with the metals involved and is conductive. It looks to work best with gold plating where it works at a "Higher conductive efficiency". But I saw good results with Cu and Ag also. And it stopped dendrites from forming. And thereby any additional or following electrolytic corrosion. It also put a stop to any galvanic issues after being applied too.

I like it!