The thing I do for quite a few years now is to simply dry tumble with medium sized rice to removed the Imperial Sizing Die Wax that I use.I use imperial wax when full length resizing. I normally just wipe them down with a rag. Anything you guys do or use?
I adopted this. Works well spray away glass cleaner. Thanks to urbanriflman
That's nasty stuff.....Back in the '70s I used trichloroethylene, a contact and metal parts degreaser and cleaner that we used in telephony business. Dissolved lube and dried quickly...then it was found to cause cancer - among other things. OOps!
Not all "waxes" are alike. There are "soft" waxes that will not harden over time, like Imperial, and "hard" waxes that do. Like the carnauba in Lee.I use imperial wax when full length resizing. I normally just wipe them down with a rag. Anything you guys do or use?
I adopted this. Works well spray away glass cleaner. Thanks to urbanriflman
I’m probably one of the few fans of the Hornady wax in the little tin tub. I just wipe it off with a towel, I feel like it gives the case a little protection also.Not all "waxes" are alike. There are "soft" waxes that will not harden over time, like Imperial, and "hard" waxes that do. Like the carnauba in Lee.
I only use Imperial when wildcatting that requires significant change in cartridge dimension. For general resizing I prefer Lee because it is easily removed with burnishing in soft cotton cloth, and it leaves a hard wax coating that retards tarnishing and aids in feeding/extraction.
Harsh chemicals remove all such protective coating, and expose the brass to oxidation. Oxidation is not just unsightly. Oxides of copper and zinc are very abrasive, and are not conducive to ease of feeding/extraction.
Tumbling results in work hardened case mouths, which requires re-annealing. It also removes the protective benefits of the residue inside the cases, which also reduces bullet seating friction. The coefficient of friction between bare copper jackets and bare brass is very high, which increases the chances of jacket deformation from the seating stem.