I dont know much about metal working but from what i understand, iron can be annealed, removing slag, and making it softer, easier to work, and easily changes from a magnet, to a non magnet iron.
Ed mentions tempering magnets, but thats different, and im not sure if ed uses soft iron or tempered iron different. The way he alludes to them, i cant quite make any sense of it yet. I just dont have the knowledge in it to make heads or tails.
But, i wouldnt put it past ed to do his own metallurgy, and if he was into wire, i wouldnt put it past him to make his own crucible, and perhaps his bbq pit was used to fire metals.
I know its not related to iron, but i believe ed was collecting silver dollars, and dimes, which were silver at the time, to amass enough silver to melt down for wire and other experiments. He was clearly asking for dollars and dimes, and he had the bbq pit to melt them down. He also had wire producing tools in his toolshop. And silver is a good metal for electricity and uv collection, it just oxidixes to all hell.
So, my answer, is maybe if you need soft iron, you should make the hottest fire you can manage, and melt down some steel to get the slag out, and then youll have some soft iron. If the people of the iron age could do it, why cant we do it? We live in the modern age... shouldnt we know how to produce the basic metals we take for granted everyday?
Soft iron doesn't have the memory of being magnetized. With hardened steel it will keep the magnetism.
I have a cold rolled steel rod that I put multiple magnet poles along the rod depending on where I place the coils. A magnetic compass shows the rod going N-S-N-S-N-S.
The mini PMH's are made from multiple sheets of soft iron, pretty much any transformer has soft iron.
This experiment helped me understand why the soft iron is stacked in layers. FYI the PMH is also called a C core and transformers use a E core. Both are made from soft iron not hardened steel.
Go to a place that fabricates U-bolts. they should have a machine that can bend 1.5 inch steel. Use whatever steel they have on hand. make sure that the legs are perfectly straight and alligned, and when they cut them down to size, that they are flatly alligned - bring your own bar to test. it cost about $120 for me, the coils cost $350 to fabricate at a motor-winding shop
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I thought it was ironic how Edward had water features and the water pumps use the basic PMH to pump water.
I gave up looking for soft iron years ago when I figured out where it is all going.
Ed mentions tempering magnets, but thats different, and im not sure if ed uses soft iron or tempered iron different. The way he alludes to them, i cant quite make any sense of it yet.
I just dont have the knowledge in it to make heads or tails.
But, i wouldnt put it past ed to do his own metallurgy, and if he was into wire, i wouldnt put it past him to make his own crucible, and perhaps his bbq pit was used to fire metals.
I know its not related to iron, but i believe ed was collecting silver dollars, and dimes, which were silver at the time, to amass enough silver to melt down for wire and other experiments.
He was clearly asking for dollars and dimes, and he had the bbq pit to melt them down. He also had wire producing tools in his toolshop. And silver is a good metal for electricity and uv collection, it just oxidixes to all hell.
So, my answer, is maybe if you need soft iron, you should make the hottest fire you can manage, and melt down some steel to get the slag out, and then youll have some soft iron.
If the people of the iron age could do it, why cant we do it? We live in the modern age... shouldnt we know how to produce the basic metals we take for granted everyday?
Where to get soft iron?
Learn how to make it
Then make it
I have a cold rolled steel rod that I put multiple magnet poles along the rod depending on where I place the coils. A magnetic compass shows the rod going N-S-N-S-N-S.
The mini PMH's are made from multiple sheets of soft iron, pretty much any transformer has soft iron.
This experiment helped me understand why the soft iron is stacked in layers. FYI the PMH is also called a C core and transformers use a E core. Both are made from soft iron not hardened steel.