Ok, if you haven’t left us yet, I do have a few questions for you, unless I have reached the level of the 3. I’ve been looking for something simple to coat roundballs with that will hold off oxidation. I’m currently looking at 45-45-10 and it shows some promise. From a single run of roundballs from a Lee mold I tumbled, one as cast, the other with a 45-45-10 coating, I found no measurable difference in accuracy out of a GM roundball twist barrel. ‘Blind’ test, as I had two groups of unlabeled balls preloaded in two separate loading blocks. Shot a round from one, then the other, at two separate targets, until all 10 shots were fired, and saw no real difference in group size. 5 and 5, repeated on another day for a total of 10 shots for each group.
Your tumbling with graphite caught my attention, primarily as a possible oxidation inhibitor, so I gave it a go. Basically a repeat of the above test, but substituting the graphite tumbled roundballs for the 45-45-10 ones. Exact same result over two range trips. No difference in accuracy. Would be interesting to hear about your test methodology. So now I am still curious, have you noticed any oxidation protection from the graphite?
And just for reference, this is the graphite I used.
View attachment 311545
Interesting statement. The high speed photography I have seen shows the patch staying with the ball until exiting the bore. Could you possibly site your source for the patch not staying with the ball for the whole length of barrel during firing? Below photograph from Larry Pletcher’s website showing patch and ball after exiting the bore.
View attachment 311546