The process of learning how to blacksmith can be challenging. That&#;s why we created this Blacksmithing for Beginners Guide, filled with the information, tools, and practical tips you need to get started forging. Check it out below.
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Table of Contents
Set out all the tools you&#;ll need before starting on your next project. At the end of the day, this simple step will save you time and stress. You&#;ll need a hammer, pliers, a wooden log, an anvil, a forge, a quenching bucket, and proper safety gear&#;like gloves, goggles, boots, and an apron.
The first step to wisdom is acknowledging that you don&#;t know everything there is to know about blacksmithing. Find an experienced blacksmith in your area, and learn the tricks of the trade from them. You can minimize or even avoid mistakes that beginner blacksmiths typically make. The job won&#;t come easy, but seeking advice from a seasoned professional can save you from making the same mistakes they did and help you succeed in the long run.
When you rush the blacksmithing process, you&#;re more apt to make unnecessary mistakes and put yourself in harm&#;s way. Being rushed also doesn&#;t allow you to produce your best work. Take a step back, make a plan, and work at a steady pace until the job is done. By taking your time to avoid unnecessary mistakes, you&#;ll end up saving time and resources. Just remember that slow and steady wins the race.
Blacksmithing involves the use of fire and the emission of toxic fumes. Be aware of the risks involved in this trade, and take the necessary precautions to stay safe.
Join a blacksmithing group to learn from and contribute to like-minded professionals. You can attend group meetings and national conferences to learn new skills and further develop your current skills. Investing time into the broader blacksmithing community will also help advance your career by opening up opportunities you wouldn&#;t have known about otherwise.
Go into this new trade expecting to make mistakes along the way. Every new skill takes time to learn and perfect. Don&#;t expect to become an expert right off the bat. The important thing to do is learn from your mistakes and allow them to help you improve rather than to discourage you. After all, practice makes perfect.
You need the right tools to do blacksmithing the right way. Learn more below about the quality tools that will help you make quality products as you learn forging for beginners.
You need to acquire a sturdy hammer and pliers that withstand and shape extremely hot metal. One type of hammer you should consider as a beginner is a power hammer. This mechanical forging tool operates on electricity, thus requiring an electric power source. This alternative is more efficient and user-friendly than its manual counterpart.
A wooden log is a convenient place to hang all your tools between uses. You can attach metal hooks and handles around the log for easy tool storage and access. A heat-resistant log is an easy and affordable storage solution that will help you maintain an organized workspace.
An anvil is a thick metal block with a wide base. A farrier&#;s anvil is ideal for the metal bending involved in blacksmithing. That&#;s because it contains a protruding horn that makes bending and turning metal easier. You can also attach tools to the anvil via the holes featured throughout.
A forge is a metal basin where the blacksmith heats and shapes various metals. Forges are composed of a heat-resistant material called firebrick that can withstand extremely high temperatures. This contraption combines oxygen with a heat source to produce flames that heat the metal for bending and shaping purposes.
A forge designed for beginners requires the following elements to operate properly:
A quenching bucket cools hot metal products before you come into contact with them. It also helps set the metal so products maintain their intended shape. A wooden or metal bucket will suffice.
Equip yourself with the right blacksmithing gear to stay protected from extreme heat and any flying sparks or pieces of metal. Be sure to invest in heat-resistant gloves, an apron, goggles, and a solid pair of work boots.
A power hammer is a specific type of hammer used in the blacksmithing process that requires an electric power source to operate. As a heavy-duty piece of machinery, a power hammer requires a strong and reliable power source like a single phase to three phase converter. With a premium phase converter in your toolbelt, you&#;ll have the steady power supply you need to complete any blacksmithing project.
Are you in the market for a phase converter for sale that will power all your blacksmithing needs? Phoenix Phase Converters is here to help you buy with confidence. We guarantee you won&#;t find the quality products we offer for a better price. Learn more about our phase converters to find one that&#;s compatible with your application.
The last time I tried my hand at forging wrought iron, it was to try to flatten a ~1.5 by 1.5 x~3 inch billet. The billet started about 1.5x1.5x6 inches, but one end never really heated up well, and so I cut it in half to try to save time. However, there reached a point where the billet was forming into a bowl shape. To try to flatten it, I would turn it around after each forging, but I would end up with the same shape again, and it wouldn't be any flatter.
Now, for shibuichi, I know there's a maximum depth you can forge it, and once you get to this, you have to anneal the metal again to get it any thinner. Is wrought iron like that? It may also be the billet is a bit thick, and it's hard for the white heat to get all the way through it. I'm going to try some ship chain next time, so it should be a bit easier to get it into a 4mm thick plate, but I figured I would ask since I am a newbie!
Wrought has to be forged at as close to welding heat as possible. Lower grades will crumble or split if worked down below a bright orange heat. Just keep it screaming hot and keep going.
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I'm having trouble picturing it forming a bowl that won't flatten. Are you trying to upset it longways? The grain in tsuba should run vertically, not end-on. If you're trying to turn 1.5" square bar into 4mm plate, just cut a chunk about half as long as your tsuba is tall and work it with a cross peen to try and force the 1.5 inch dimension wider. It'll spread in all dimensions, but you should easily get a 4" x 4" rounded square of 4mm plate out of a 1.5 x 1.5x 2" bar, if not two, depending on losses to scale.
That said, 1.5" square is a crazy big bar to try and hand forge. Let that sucker soak for a long time to be sure it's hot enough.
Thanks Alan. Here's a picture:
I'm sure part of it is my technique, but I also think you're right it just isn't hot enough. I tried my best to start in the middle and work my way out, but the edges were clearly moving more than the centre. I don't have a cross peen though, I've been doing everything with my Japanese forging hammer, so maybe that has something to do with it. I've seen videos on how to work with the cross peen, so maybe that's my next purchase! As far as I understand, the wrought's strands should go in the plane of the tsuba, so that at the rim they are visible as lines. In the piece above, the lines are horizontal when looked at from the small side. You'll see the top has a curve, I was trying to hammer that out by flipping it upside down, but it ended up looking the same on the other side! I think if I heat it up more though, it will take the thinning out better.
As Alan mentioned, working that size piece without either a power hammer or press is going to be a struggle. Wrought, properly heated to screaming yellow heat, actually works down easier than even mild steel, but you need a heavy hammer to project down through that kind of thickness. Yes I know a lot of folks theorize that it is all about kinetic energy, and swing velocity is the primary variable (kinetic energy as a function of velocity squared). My counter to that is just try to break down a 2" round of any type of steel with a 1 LB hammer and a 4 1/2 LB hammer. I don't care how fast you swing the former, you just aren't going to get far, and the latter will make a significant impression. My theory is that hammer momentum is actually what we should be considering, and for that hammer mass and velocity are equally important.
Bottom line is I recommend you heat it hot and soak it till it is heated through. Then get a buddy to strike for you with at least an 8 LB sledge... Nothing wrong with a Japanese style, forward weighted, forging hammer. You just need to use a large enough one.
If not, perhaps you can send it out to someone with a power hammer for initial processing. If it is good, knarly wrought, you might find someone who can help you for a portion of the stock.
So I had a few hours at the forge today, and am happy to report it worked out perfectly! The 2 kilo hammer, particularly if I hit with it just right (from the hips like a Japanese sword), moves a lot more metal at a time than I was ever able to move before. I halved the billet, and so I got it down to 4mm in only about 2 hours. The funny thing is that I also tried my hand at some steel for the first time while I was waiting to heat up the iron, some pieces of W2 to turn into chasing chisels, and I was surprised at how fast they heat up and how easy they were to work. Once you've worked with wrought iron, everything else is easy! I'm glad I got (now) four hammers, a 500g, the 750g Japanese hammer, a 1 kg and a 2 kilo. There's times all of them seem to be useful.
Here's the tsuba blank in the middle. I still have to improve the surface, and I'm going to try to get it more round by forging in the corners, but I'm still very happy with how it turned out! I hit it with the 1 kg cross pean at the end to try to make it a bit wider, which seemed to work, but you can see I didn't fully hammer out the cross pean marks. I don't want it too flat though, so I'll hammer them out when I round the corners. I brought more pieces out than I had time to work on, but I'll get to them in due time! You can see there some of the ship chain Geoff got for me.
Here's my current setup. I got some ceramic plates that Alan recommended, and they are working much better than before. The plan is to make them into doors eventually! My wife was complaining that I was burning the grass, so that's why I got this welding table! I think I need a bigger anvil, I'm really starting to feel it's a bit too small.
Steel stands are nice for some things. I have one I built to hold a 125# anvil that I take to demos and workshops. It's portable, but it's a little bouncy for my taste and the little Hay Budden I built it for rings like a bell in that stand. Portable blacksmith tools are kind of a non sequitur, kind of like a pocket cannon or a flying horse. The best tools are fixed in place, like the #+ tool stand that is my anvil, hammer rack, swage block and tool holder. It does not move without some real need. I can get a pinch bar under it and put it on rollers, if I have to. The best thing for a small anvil would be a block buried in the ground, second best ( or perhaps third best ) is a portable block of some sort. But you have to do what you have to do, and even a bad setup is better than nothing at all.
Geoff
9 hours ago, Geoff Keyes said:Portable blacksmith tools
The way I heard it phrased was "When a blacksmith says he has a portable hammer/press/etc., that means it can be moved, if you are very determined and hopefully have a forklift handy." I've also heard "Portable" has a different meaning to a blacksmith than to an ordinary person, as to a smith it means the tool in question is not permanently built into the structure of the building. Note this doesn't mean you may not have to tear out a wall or roof to move it!
My main anvil sits bolted to a pair of 10" x 12" bridge timbers, bolted together side by side. If that were not in turn bolted to the floor I could roll it outside with a two-wheel dolly, but the whole assembly weighs around 400 pounds.
My guild's "portable" anvil is a 144lb Peter Wright that sits on a ~30" oak round that weighs around 110 pounds on its own. It works fine, but it still jumps if you're really wailing on it.
One old smithing guide I have says your main anvil should be at least 150 pounds, and that it should be strapped down to a 24" diameter Elm log eight feet long, six feet of which are buried in the shop floor, as only that would provide a stable enough mount for such an important tool.
You get the idea. A solidly mounted anvil is your friend!
Here's what I came up with:
I buy these 2x8 foot boards from a big box store for a variety of projects. The wood is "white wood," and comes kerfed end to end and glued side to side to make the board. It's not the best wood ever cut, but the price is right, and it's handy for a lot of furniture style projects. I cut a bunch of scrap of these boards 6 inches perpendicular to the grain, and glued them all together with wood glue. It didn't glue perfectly square (I should have used more clamps!), so I cut out where the anvil was going to sit with a chisel. It works great though! It probably weighs at least 30 kilos itself, and the little anvil I have feels much more stable on it. The steel bar behind it I'm planning to cut into a frame to help keep the anvil in place. Doesn't look pretty, but it works!
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