

Again a box (red) would be welded on the base and all voids filled with lead (grey).

All three would be welded substantially at every point they touch. Two upright sections welded at the base supporting a third placed upside-down and nested into the others. My other idea is an evolution of the first. Especially if it's cast into place and completely enclosed with steel caps so it can't rattle around and turn into a 90# dead blow mallet. From what I understand the lead would only add mass to the anvil, and would not be akin to solid steel all the way through. I'd fill the section inside the rails with lead as well. A tool steel plate (pink) is welded on top and then a box (red) is welded on the bottom and filled with lead (grey) to add mass. It uses two sections of rail (blue) welded together and filled with weld (green) on top.
#RAILWAY TRACK ANVIL WEIGHT SERIES#
(Sorry it's side-ways) The first idea i took from a video series I have two ideas sketched out and was hoping for some feedback.
#RAILWAY TRACK ANVIL WEIGHT HOW TO#
I have access to about twenty feet of track and have been researching how to make a better anvil out of it. I've been getting more into blacksmithing and have been wanting to make a better anvil than the short hunk of railroad track I've been using. My dad collected it for use on the farm in the 50's.Hello all, I'm a long time reader first time poster. My anvil is made from a narrow gauge rail road that they used for logging and mining on the mountain behind my house, when they were finished they tore up the tracks and left it in piles all over the mountain. I didn't know there were so many rules around railroads. My forage harvester has metal alert to protect it from ferrous metals and is so sensitive that a couple of years ago when the street sweeper came up the road and was losing some of his metal bristles out of his brush, I couldn't pick up the rows along the road. About fifty were picked up from the field. Seems the railroad crew had been replacing some ties where the tracks ran alongside his field and someone decided they should see how far they could throw spikes. Hour later he's back, metal again, another set of knives, cutterbar and repair the cylinder once again. We spent the afternoon replacing a set of knives, cutterbar and repairing the damaged cylinder, sent him on his way. We had a farmer come into the shop early one after noon, picked up some metal in his forage harvester. I was warned off the chinese cast iron anvils as being very poor unless you want to weld a plate of tool steel over the stiking surface. I found one source selling new anvils for the best prices with $10 shipping. Add that scarcity to a re interest in blacksmithing and the prices for used ones are just crazy. Everyone that had one laying around cashed it in when scrap metal was at it`s high point. By me anvils were once plentiful and cheap, that is certainly no longer the case. Thanks guys, I enjoyed making it a great deal. I did some grinding but ran out of light and will finish it later. I toasted one set of plasma consumables doing the cutting and shaping.

I used the LOTOS LTP5000D 50A Pilot Arc Plasma Cutter to cut out the center web and to rough in the horn before grinding, the center section cut easily at the 50amp setting and I had good results shaping the horn.I was able to remove the wire standoff from the plasma tips ceramic cone and use it like a whittling knife to pare away the steel a little at a time with almost pinpoint control like a sculptor shaves clay. One 12 inch piece of 5+ inch tall track and an 8 inch piece of 8+ tall track. As luck would have it in one afternoon I had been gifted two pieces of RR track that friends had in their garages. As it is the holiday season I have been running around handing out bottled Christmas "Cheer" to friends and I now always ask everyone if they know where an anvil is or where pieces of RR track can be had. I`ve been looking for a reasonably priced anvil but have not had much luck, I also have been seeking a piece of RR track to make a poor mans anvil.
