What kind of engine was it that it was rare enough to warrant this type of repair instead of just replacing the block?
What kind of engine was it that it was rare enough to warrant this type of repair instead of just replacing the block?
Brad George
George's Welding & Repair
Amateur at TIG, MIG, and General Fabrication.
Current Equipment
AIRCO Heliwelder IV 300Amp Model - Total Awesomeness!
Hobart Handler 120v MIG
Well, it's a deep skirt block, but doesn't look like a mopar, maybe a Ford FE series or similar? S/F....Ken M
Lincoln Power MIG 300
Everlast 160STH
Miller 225 Thunderbolt (sold it)
Lincoln Squarewave 175 TIG(traded it for)
Miller DEL 200 welder/genset
Thermal Dynamics 1250XL plasma cutter
Miller XMT300
My final answer is gonna be a Merc Cruiser.
2013 PT-200DX
Ryobi Drill Press
8" Shear
6" Bench Grinder
4x8 CNC Plasma Table
Nice repair. It sounds and looks like a low expansion, high nickel content rod. Any nickel-iron allloy where the nickel reaches or exceeds mid 30's %, the low expansion "magic" starts to happen: http://en.wikipedia.org/wiki/Invar
I've had good results with it as well (a 55% nickel / 45% iron stick electrode, with the flux knocked off, and applied via TIG), but sometimes the cast iron can get a little cruddy. Interested in hearing how you prepped the cast iron because you got a nice result.
Did you weld both sides one pass each (2 passes total)? Or try to it is in 1 pass? Did you manage 1 continuous weld bead or did you beak it up? Did you skip around or "stitch weld"?
'13 Everlast 255EXT
'07 Everlast Super200P
I would be surprised if the iron doesn't crack right next to the weld once it gets back in operation.