Eric Morgan

That's quite true, Frosty...

There is a logo or something cast into the other side of the anvil, but I wasn't able to take a picture... I'll try to get one tomorrow morning before I leave work.

Hey guys, saw this little guy in the machine shop at work this morning... Maybe 75-100 pounds, cast body. Bought new by the plant where I work probably in the past 25-50 years ago. No more than 75 years ago when the plant opened. I can make out CCA with what looks like 21B under it. Any idea on what make it might be? May try to see if they'd let me buy it and take it home...

Thanks Jackdawg. As far as the copper corrosion, I honestly don't know. Hopefully, any corrosion can be kept to a bare minimum. Once the Danish Oil is cured? Set? Hardened? Or whatever the appropriate term is, my intention is to buff it and finish over that with something like Renaissance wax, so maybe that will keep the copper clean

Finished her up today... Decided against a butt cap, as the wood had a nice dark streak in it that gives the maple some extra flair IMO... I I know it isn't perfect, but it's the first knife I've finished with a handle (my first was a "blacksmith knife" and the second didn't survive heat treatment) and I'm proud of it. I'm sure in time I'll look back and wonder why I would show it to you guys, but I think I may have worked my way through at least a small portion of the learning curve with this project. I would like to add that I have never done any woodworking in my life, and ironically, I think the handle turned out better than the blade did almost lol

Thanks Dustin. I decided to not do a pin after all... I cut the walnut and maple pieces for the handle last night, as well as the copper for the booster, butt cap, and spacer

Decided to not go the wild cherry route... Got some walnut and maple for another project, and thought I'd use a bit of both of them... I've attached a pic of the blade draw-filed before heat treatment, and with a concept sketch of what I was going for. I have decided to not have a plunge line or choil. I figured a full flat grind will give me more of the look in wanting with this piece.

Working some on this guy this evening... Still have some more grinding to do to thin the spine down and get the last of the forging marks out. It's 52100 from an outer bearing race. This stuff is TOUGH to forge BTW lol... Much harder than the 1095 I've hammered on... Gonna use some Wild Cherry with a brass guard...

Thanks for the responses guys... When I get the chance, I'll do two test coupons from the same bar, one with and one without flux to see what, if any, difference it makes...

My thought process was that coating the blade with flux would create an oxygen barrier, or at least restrict access to the blade while heating... Again, I'm quite new so this is all just half-baked theories of mine lol Jim, does he mention his reason? I haven't read that book...

I hope I didn't put this in the wrong section, but while at work musing about heat treating, decarburization specifically, I wondered if coating the pieces to be heat treated with flux would help prevent decarburization. I did a search here, but didn't find anything specific to using flux as a decarb preventative. I don't imagine it would hurt anything, and would think it a thin enough layer to not affect the cooling curve of the quench, but I'm quite new at this... Has anyone used this "method" before? If so, what sort of results did you have?

I think my comment could've been better worded also... I'm very new at knifemaking, so I meant my comment more as a question than a statement. I've seen similar patterning on some blades I've heat treated, and have been pulling my hair out trying to avoid it thinking it has been significant decarburization... BTW, I like those knives you posted...

I could be wrong, but to me it kinda looks like decarburization...

That's fantastic!!!

My thoughts as well... Plus, 316L is pretty corrosion resistant, making another plus for use in a bolster or guard.