Yep
You did good
JB Weld not red thread locker
You did good
JB Weld not red thread locker
Yep
You did good
JB Weld not red thread locker
Not real familiar with TIG welding. I've seen it on YouTube but not sure of it's application here... It's a spot welder isn't it. So, if applied around the outside front of the touch hole liner, in spots. Seems you would have to draw file it down which would in turn weaken it. Would it leave "spots" on the barrel.I use thread locker, but most importanly the edges should be chamfered so they can be peened over.
For really badly done guns, TIG welding is the only option. I use a micro TIG welder for that job.But this is only if the gun is my own, i don’t do that work for others, i always defer to the barrel makers.
Red thread locker will take higher heat than JB weld and as the barrel heats and cools JB weld will let go.
I mounted a scope on a BP gun one time as an experiment with JB weld and it held for awhile, long enough to finish my experiment, but eventually just popped off the barrel.
Say it ain’t so!!! I’ve worked at places that the whole maintenance department was a tube of JB weld……Red thread locker will take higher heat than JB weld and as the barrel heats and cools JB weld will let go.
I mounted a scope on a BP gun one time as an experiment with JB weld and it held for awhile, long enough to finish my experiment, but eventually just popped off the barrel.
TIG is not a spot weld. It is a way of placing intense electric energy in a very precise way. TIG like other manners of welding, MIG, oxy/acet, etc, rely on penetration. This is what sets it aside from solder, and even brazing. If there is poor penetration, there is a poor, weak weld.Not real familiar with TIG welding. I've seen it on YouTube but not sure of it's application here... It's a spot welder isn't it. So, if applied around the outside front of the touch hole liner, in spots. Seems you would have to draw file it down which would in turn weaken it. Would it leave "spots" on the barrel.
Just trying to learn.....
Yes, if I had known about this info, I might have gone to my local welding shop.highy recommended IF you have access.
Yes, there are significant limitations to TIG, mostly the need for the costly welder, and the practice time and expertise.
Seems like everyone has access to a Harbor Freight flux core MIG, not so many have a nice Lincoln or Miller TIG. I am fortunate to have the TIG if needed.
(BTW, not advocating flux core MIG in this case unless you wanted to file for days on a giant blob. Just not as much control with MIG).
But sounds like Mule has fixed the problem to his satisfaction with pretty good forum advice.
News flash, Boys, you can't weld 12L14.......too much sulfur content.
TIG is not a spot weld. It is a way of placing intense electric energy in a very precise way. TIG like other manners of welding, MIG, oxy/acet, etc, rely on penetration. This is what sets it aside from solder, and even brazing. If there is poor penetration, there is a poor, weak weld.
So yes, there would be filing needed, but as long as there is a good weld with good penetration, the filler (in this case the threaded rod mentioned early in this thread) would be held in place quite well.
Why choose TIG? Because it can be precisely applied with less general surrounding heating, a desirable trait around a barrel you would like to keep straight. TIG is the only way to give this barrel a lifelong repair beyond the usable span of JB Weld.
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