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I Forge Iron

JohnW

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Posts posted by JohnW


  1. John, it's well-charred. You can tell by how little it weighs, usually! The stuff that wasnt 'done' got burned again. The second fire in the barrel was small splits of oak firewood and old charcoal briquets as I didnt want to waste my pine scrap for the actual fire. When it was going good I put the pine in and let it go 10 minutes then sealed it up.


    Okay, great -- I don't quite understand how you can burn it so fast, but great.
  2. Just in case you didn't find it yet the IBA site is at http://www.indianablacksmithing.org/

    Yip, the annual conference is in Tipton in June, and there will be some tailgating going on, where they're bound to be selling a few blowers.

    It looks like the closest satellite group for you is Johnson County, which is not a large group, but Tim Metz is a good blacksmith.

  3. I appreciate the responses,,I wish I had osage orange round these parts, I would love to make some bows out of it,,well all the walnut heart wood I had saved for handles will now go to knife scales and pipes,,lol luckily I had 5 ash trees given to me also and i still have a load of 6 foot logs so I won't be cuttin that up for anything else,,,again ty for the replies:)


    Braedon, I can't imagine that there are no Hedge Apple trees in NW Ohio, because they certainly do live and grow in NE Indiana. They're not a very common tree, or, more accuratley, they are an uncommon tree, but they are out there. I can't give you any statistics on their numbers, but, I don't expect to see any when I go walking on a new trail, but then I wouldn't be too surprised if I did see two or three.
  4. Yes definitely upsetting steel, can be pretty uspsetting to the would be blacksmith. Upsetting doesn't usually work straight away. After upsetting a little, you usually have to take another heat to hammer the the steel back straight, which kind of tapers the steel back to almost where it was in the first place.

    Get steel with a bigger dimension. The more I see experts, the more I see they have stock just about the size they need to start with.

  5. I believe you're correct that fines cause sparks. I make charcoal by the method you describe, except I shovel the the hot coals into a barrel and cover it with a tight lid to smother the fire, then sift in wire mesh to remove the ashes and small particles. I'd think charcoal by any method could benefit from washing or sifting.

    With washing though, how to you dry it, spread it out on tin roof?

  6. removalist? Oh, you Australians. Are you talking about professional movers? I don't know if I'd trust removalists with my anvil. They might drop it or bend the nails or something like that. Probably not if you tell them to handle it with care, but otherwize they might do something wierd.

  7. Hey philip, you might try the famous everlasting fense post recipe. Stir pulverized charcoal into boiled linseed oil until the consistency of paint. Put a coat of this over the fence timber. There is not a man alive who will live to see it rotten.

  8. Concerning the weld problems that nakedanvil mentioned, my friend showed me a hot cut that he had made from a square bar for the shank, a steal plate, and big tooth from some digger thing, with all the welds on the top side of the plate. I don't remember how thick the plate was, probably like 12 gauge. He cut the plate barley larger than the base of his hot cutter (the tooth), and cut a hole in the middle the same size as his hardy hole. He stuck the sqare bar through the hole in the plate and welded it to the plate, keeping the bead on the top side. Then he set the hot cutter on the plate and welded it around the edge. Of course the tooth was already hollow, so protrusion of the shank or weld were no problem.

    nakedanvil's method is probably a little more direct in the build process and in anvil support.

  9. Mike, I believe the above sited links have exactly what you're looking for. I'm about the least qualified to explain it, but there's a couple types of codes the AISI and the SAE codes. The AISI codes describe the steel composition, like 1040 -- plain carbon, .40% carbon where 10xx is plain, 5160 - low chromium (51xx), with .60% carbon. The SAE codes describe a preformance standard. Codes like O1, D2, A2, ect. The first letter is the main descripter, like O=Oil Hardening, A=Air Hardending, D=Die Steel, etc.

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