 , you are looking a little hot on those stainless beads, though im sure they are more than good enough for purpose. did you bother trying a purge, i reckon with that heat you must have gotten burnthrough, this would with a purge have given you nice results inside. f/j
, you are looking a little hot on those stainless beads, though im sure they are more than good enough for purpose. did you bother trying a purge, i reckon with that heat you must have gotten burnthrough, this would with a purge have given you nice results inside. f/j cheers.
 cheers. . lads thanks for your interest heres a few more pics. f/j
. lads thanks for your interest heres a few more pics. f/j . i have been doing a lot more tig root work lately, it really seems to have pushed stick roots to the side, mores the pity. if any of you guys are considering pipe codes, i would recommend you practice tig. ill run through these pics as i go, setups are for me, always on the wide side, 4mm 6" up but really depending on pipe thickness. thats with a 2,5 filler, heres a few pics. f/j
. i have been doing a lot more tig root work lately, it really seems to have pushed stick roots to the side, mores the pity. if any of you guys are considering pipe codes, i would recommend you practice tig. ill run through these pics as i go, setups are for me, always on the wide side, 4mm 6" up but really depending on pipe thickness. thats with a 2,5 filler, heres a few pics. f/j . these pics are 4" sch 40, i wanted to show how i deal with a small tack, sometimes i get a little carried away if im tacking myself, i forget to stop, these are blued as in previous pics. this root would be around 100 amps with a 3.2 gap, the closure on this size pipe is a lot less than say 6 or 8". f/j
. these pics are 4" sch 40, i wanted to show how i deal with a small tack, sometimes i get a little carried away if im tacking myself, i forget to stop, these are blued as in previous pics. this root would be around 100 amps with a 3.2 gap, the closure on this size pipe is a lot less than say 6 or 8". f/j


