Jump to content
I Forge Iron

matt87

Members
  • Posts

    755
  • Joined

  • Last visited

Posts posted by matt87

  1. There is a method whereby one rubs cast iron on a mild steel object in the forge, while both are hot. This causes some carbon migration into the mild steel object and thus some case hardening. I believe this is what he is referring to.

  2. I'm curious just how thick this angle iron is... a proper hacksaw, a decent blade tensioned properly and a vise will help you cut surprisingly thick iron. Just use proper technique, don't go too fast, and take breaks if neccesary.

  3. I just wonder how they would forge.


    Standard blacksmith's answer: get it hot and hit it! :D Can't realy hurt to try I guess, supposing you observe suitable safety precautions for working an unknown material (full face mask, good ventilation, bucket of sand etc.).
  4. I've used a couple cast steel anvils. Some ring, some don't. I think the quality/clarity and volume of the ring depend upon many factors including the type of steel, and the exact design of the anvil. (My rail iron anvil rings if I don't dampen it. Not sure what steel it is, but I suspect it's a fairly high carbon though annealed.)

  5. right, I know that.. that's not really what I'm asking..

    The j shaped peice has a much higher carbon content than the spikes.. my pics will include a picture of the spark test.
    I just want to know what alloy it is.


    Oops sorry RF, I misread that part of your post! That'll teach me...
  6. I've only used coke in English back-blast forges, and there the fire is normally hot enough to keep clinker melted. If you back the air off for a few minutes though, the clinker solidifies and you can hook it out in one lump using a right-angled poker. It's found just in front of the tuyere and feels very different from coke. Also I've found it sticking to the work when it's hot. Once you see it, you'll know it.

  7. The search function is your friend. I've never seen a railroad spike in the flesh, but I know that the HC ones are specced to maximum 30 points carbon and 20 points copper... purely from the number of threads like this! ;) In other words they make good letter openers and such but not a 'real' knife -- one that'll hold much of an edge, though you might be able to get something more useful with a brine quench.

  8. HI there Mullins and welcome to IFI. Probably the best thing you can do to start is scroll to the top of the page and click 'blueprints', and start reading! There are several hundred of these useful articles written by knowledgable persons on a variety of topics from smithing principles, specific projects, tool making, metal casting etc... all available for free!

    BTW, it often helps to give advise if we know where you're from; go to the top of this page and click on 'user CP' and give your location. We don't need your exact address, just the country and city or nearest town will do. This isn't a method to track you down, it's just that environmental conditions, local availability of goods and proximity to shops and other metalworkers influence replies.

    I don't know if you are interested in forging as well as casting, but usually a heat source for the former is called a forge and the latter a furnace; thought this might help you find the results you want!

×
×
  • Create New...