Getting quite a few requests for this service lately. Considering offering it. What is your favorite method of doing this? Any and all methods considered and appreciated. 

Thanks guys,
Paul


Thanks guys,
Paul
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Now that is interesting, I wonder if the difference in forces would effect the integrity of the loctite bond ? No clue on this end,just curious .Loctite not permanent enough?
When working elex motors for pulp paper plant use, 35 - 1000 hp, I would bore the end bell bearing area out to a sleeve spec, Loctite a new sleeve in then bore sleeve to bearing spec.
We did a LOT of these for pulp as well as power generating plants, all w a year warranty against defect/failure. NEVER a prob w sleeves failing.
Soldering may mentally seem to be superior, but personally doubt benefit other than being able to "mention" it when telling the Buds. The extra time has to be $$.
I was asking about the different forces,not about your vast experience with sleevesIntegrity of bond? I've seen motors come in w the previous sleeve eaten through and still had to bore out remainder of the sleeve.....
I was asking about the different forces,not about your vast experience with sleeves. I guess you can't answer my question.
^^^^ I've wondered about the same thing.
Hey gentlemen / women.
Look at this GEM manufactured by "Sinclair" it removes the carbon and sets the depth to SAAMI spec's. "Brownells" and other sporting supply's offer this Primer pocket uniformer. You can just purchase the tool as a stand a lone or purchase a holder that will give you more control when doing the cleaning by hand. The holder can also be chucked in a drill motor. I would not use it with a drill motor... don't ask me why.
This text below was copied and pasted.
The Sinclair primer pocket uniformers are precision ground from one solid piece of tungsten carbide, so there is no need to worry about changing the depth of cut. These cutters are designed to be used every time you reload. They cut the depth of primer pockets to the correct SAAMI specification and also clean the carbon out of the primer pocket after each firing. Available in 4 sizes: Large Rifle, Small Rifle/Pistol, Large Pistol, and a PPC/BR uniformer.
UP date.... Wow sorry guys, wrong info. I just noticed you are working on the firing pin hole. Sorry
Quality info for another current thread on main board.Hey gentlemen / women.
Look at this GEM manufactured by "Sinclair" it removes the carbon and sets the depth to SAAMI spec's. "Brownells" and other sporting supply's offer this Primer pocket uniformer. You can just purchase the tool as a stand a lone or purchase a holder that will give you more control when doing the cleaning by hand. The holder can also be chucked in a drill motor. I would not use it with a drill motor... don't ask me why.
This text below was copied and pasted.
The Sinclair primer pocket uniformers are precision ground from one solid piece of tungsten carbide, so there is no need to worry about changing the depth of cut. These cutters are designed to be used every time you reload. They cut the depth of primer pockets to the correct SAAMI specification and also clean the carbon out of the primer pocket after each firing. Available in 4 sizes: Large Rifle, Small Rifle/Pistol, Large Pistol, and a PPC/BR uniformer.
UP date.... Wow sorry guys, wrong info. I just noticed you are working on the firing pin hole. Sorry
Would it make sense, or are there any advantages to be had by bushing and reducing the firing pin diameter to .062" on a rifle shooting cartridges with Large Rifle Primers? Or is the .062" bushed FP only used with SRPs? Ive only ever experienced cratered primers in my SRP varmint rounds, but not sure if eliminating craters/gas leaks is the only advantage of a bushed/reduced dia FP? Thanks.