@superscoutman FYI: National Pipe thicknesses/grades are measured in the terminology call: “Schedule” Basic steel pipe that you buy in most plumbing supply’s are Schedule 40, thicker diameters are call Schedule 80 for higher psi applications. Muffler pipe and lower thicknesses/ grades of pipe are usually schedule 20 or 10. PVC pipe also comes schedule 40/80 Copper pipe/tubing in classification called: “Type” DWV type has yellow labeling, M in Red, L in Blue and K in Green. K being thickest.
LOL.......no it's tube......black pipe. LOL can't believe that you thought it was solid. At about 1:05 it shows that it's pipe...and the second method mentions fullering PIPE. I can't imagine trying to get a localized UPSET like the first method in solid material...I've never seen anyone pull that off. Thanks for checking out the video, Tony. happy hammering.
check out the big brain on Brad. slick. what was the pipes wall thickness? I'd imagine it'd have to be pretty thick. much easier and affordable than handling a piece of 2"x 4' solid stock with the same results.
only the first method "might" work with solid.......and not as easily, and wouldn't look as good. To difficult to get that small of a localized "upset" lump/node,in solid, to "score" the line in. Think it would be more trouble than it'd be worth.
what thickness of pipe? Inside diameter.
superscoutman 1 year ago
@superscoutman
It works on a variety of sizes and thicknesses. Also done this with copper, fwiw.
ornametalsmith 1 year ago
@superscoutman FYI: National Pipe thicknesses/grades are measured in the terminology call: “Schedule” Basic steel pipe that you buy in most plumbing supply’s are Schedule 40, thicker diameters are call Schedule 80 for higher psi applications. Muffler pipe and lower thicknesses/ grades of pipe are usually schedule 20 or 10. PVC pipe also comes schedule 40/80 Copper pipe/tubing in classification called: “Type” DWV type has yellow labeling, M in Red, L in Blue and K in Green. K being thickest.
johnnybagofdonets 1 year ago
2:59 That's some pro technique right there
Forzatoadv 1 year ago
thanks....:)
ornametalsmith 1 year ago
solid stock!?!? talk about really wanting to work for it.
tonymengela 2 years ago
LOL.......no it's tube......black pipe. LOL can't believe that you thought it was solid. At about 1:05 it shows that it's pipe...and the second method mentions fullering PIPE. I can't imagine trying to get a localized UPSET like the first method in solid material...I've never seen anyone pull that off. Thanks for checking out the video, Tony. happy hammering.
ornametalsmith 2 years ago
No I knew what you was using a pipe I was refering to the guys comment about using round stock. Sorry for the mix up
tonymengela 2 years ago
no worries, Tony.......nice to know you got. Some aren't payin attention, I guess. :)
ornametalsmith 2 years ago
check out the big brain on Brad. slick. what was the pipes wall thickness? I'd imagine it'd have to be pretty thick. much easier and affordable than handling a piece of 2"x 4' solid stock with the same results.
blackcatsmith 3 years ago
Wow!! Smithing in shorts & lowtops, Now that's what i call MANLY! Awsome Posts, you are a true craftsman. keep up the good work!
I would love to get a better look at your auto torch lighter thingy...great stuff!
burygems1 3 years ago
cool, we have a family friend who has a mehod of doing it to solid stock, but I haven't asked him about it yet.
thankyou for posting!
zimflo1 4 years ago
nice shorts ;)
can you do the same with solid rod? very cool.
zimflo1 4 years ago
only the first method "might" work with solid.......and not as easily, and wouldn't look as good. To difficult to get that small of a localized "upset" lump/node,in solid, to "score" the line in. Think it would be more trouble than it'd be worth.
ornametalsmith 4 years ago