I had a friend with the tig setup that utilizes a foot controller. He said that once the puddle is made, he was able to lower the temperature. That combined with the steel heatsink from Brownells, he didn’t even need any heat paste. It made a very nice bead that I was able to clean up with jewelers files and a bit of sandpaper. That cam near the bolt root is still as hard as it was before. PM me if you’d like to borrow the heat sink. It’s for a large ring 98.
Absolutely correct the cocking cam is the area to be concerned about, the fit of the parts is vital the handle & stub of the bolt body needs a "weld prep" ground in to it, set it up in a jig use a heat sink in the rear of the bolt & heat resistant paste , tack weld it top & bottom check it for fit & alignment then complete the welding, a MIG works well with .8 wire practice on a 1/2 inch bolt or steel rod first you can not afford to screw this up. the other thing is to cover the entire bolt body
with wet cloth or anti splater grease to stop weld splatter if using a MIG.
Hi Marcus
I'll 2nd limcroma! Booked 2nd trip at SCI last week. Those guys are great. Trying to get hooked up with Peter when he gets to the states if I can break away.
What sling studs do those swivels fit ? They look to be quite a bit wider than the standard modern swivels. They may be just what I need for my Remington 30 Express wide swivel studs. Can you measure the pin diameter ?
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