kevin1050 Posted December 13, 2010 Share Posted December 13, 2010 Does anyone know what kind of steel they are made off? I am working with one and it is tough. It does not want to move under the hammer. Quote Link to comment Share on other sites More sharing options...
Christopher Ford Posted December 13, 2010 Share Posted December 13, 2010 are you sure that you are heating all the way through and not just surface heating? I know these are thick pieces but i've forged thicker with no trouble as have many others, how long are you keeping it in the forge? Quote Link to comment Share on other sites More sharing options...
ThomasPowers Posted December 13, 2010 Share Posted December 13, 2010 From Matt B "The current standard for rail anchors is 1040-1060 steel, depending upon manufacturer." ---------------------------------------------------- MattBower Location: Northern Virginia I had a rail anchor -- probably from Unit -- analyzed recently. Here's the chemical breakdown: C: 0.51 | Mn: 0.80 | P: 0.01 | S: 0.03 | Si: 0.18 | Cu: 0.24 | Cr: 0.07 | Mo: 0.02 | Ni: 0.07 | Sn: 0.010 | V: 0.002 | Cb/Nb: 0.015 That came from a CSX/Amtrak rail bed. ---------------------------------------------------- C Anderson manufactured by a company called 'UnitRail', and is what's called a 'Rail Anchor'. After calling the manufacturer (mine have part numbers on them I referenced) I learned that they are basically a pure 1060 steel with little to no trace alloys. Quote Link to comment Share on other sites More sharing options...
viking-sword Posted December 13, 2010 Share Posted December 13, 2010 Hello all, I live very near a RR, and now have access(and permmision)to a few hundred thousand rr spikes and plates and other parts as they just replaced about a hundred miles of rail, but I am not certain as to the identity of the clips you speak of and I was wondering if a photo of one could be posted. I tried to google for a positive ID but I was unsuccessful. Thanks, WES Quote Link to comment Share on other sites More sharing options...
Christopher Ford Posted December 13, 2010 Share Posted December 13, 2010 wes, around here in the mountains we call them railroad ears, but some great info was given here for sure as to their composition. Quote Link to comment Share on other sites More sharing options...
MattBower Posted December 13, 2010 Share Posted December 13, 2010 Wes, they look like this: I continue to think of these things as 1050. I just forged a hammer eye drift out of one about a month ago. They're reasonably tough, but nothing too extreme. I have another piece of anchor (from somone outside my area) that I'm planning to send out for testing soon, just to see if the results end up looking like the earlier ones. My contact in the lab has been off sick since this summer. Quote Link to comment Share on other sites More sharing options...
Ed Steinkirchner Posted December 14, 2010 Share Posted December 14, 2010 where i am there are about 3 kinds, 2 rectanguler cross section and one j-shaped with a T-shaped cross section. the j-shaped ones are super hard and the others are pretty tough, 1050-1060 sounds right. one of the railroad workers i talked to called them creepers. i can tell you that they forge best at orange to yellow heat. ive forged tools from them plenty of times and personally i think the alloy is satisfactory for many tools when properly heat treated. as for those ones with a t-shaped CS, i still havent found a good use for them yet. i would post pictures but i am 2 hours from my shop and dont have a car. culinary school really can make it hard to get to the shop, even weekends. dangit, rambling again. anyway, i bet you arent getting it hot enough. that is an easy thing to do. also what is the shape of the clip? Ed Steinkirchner Quote Link to comment Share on other sites More sharing options...
viking-sword Posted December 14, 2010 Share Posted December 14, 2010 Thanks for posting the photo, it really clarified it for me. There are tons(literally) of those in massive piles down at the tracks waiting to be picked up and hauled off and it don't look like there in any hurry to do so. I'll aquire "a few" this weekend after dark as the RR crew boss prefers I do it this way so the general public doesn't get the impression the can help themselves to just anything(common curtesy you know)! I have just been able to get back to these forums lately having been in and out of hospitals for the last year, I'm back to trying to make a living at blacksmithing and custom knifemaking. Have lots of photo's to share but it takes time as I still use a 35mm camera and the film must be sent off clear across the state to be developed and converted to digital, (maybe Santa will be good to me this year). Anyway thanks again for the photo, looks like good stock for tool making, maybe hawks and blades too. Wes Quote Link to comment Share on other sites More sharing options...
wedwards Posted December 14, 2010 Share Posted December 14, 2010 Thanks for posting the photo, it really clarified it for me. There are tons(literally) of those in massive piles down at the tracks waiting to be picked up and hauled off and it don't look like there in any hurry to do so. I'll aquire "a few" this weekend after dark as the RR crew boss prefers I do it this way so the general public doesn't get the impression the can help themselves to just anything(common curtesy you know)! I have just been able to get back to these forums lately having been in and out of hospitals for the last year, I'm back to trying to make a living at blacksmithing and custom knifemaking. Have lots of photo's to share but it takes time as I still use a 35mm camera and the film must be sent off clear across the state to be developed and converted to digital, (maybe Santa will be good to me this year). Anyway thanks again for the photo, looks like good stock for tool making, maybe hawks and blades too. Wes It's been a long time since I've sent film off for developing. But IIRC it wouldn't take too many of those to pay for a modest but effective digital camera. Hope things are going well in the basin country. Bill Quote Link to comment Share on other sites More sharing options...
kevin1050 Posted December 14, 2010 Author Share Posted December 14, 2010 are you sure that you are heating all the way through and not just surface heating? I know these are thick pieces but i've forged thicker with no trouble as have many others, how long are you keeping it in the forge? We got them pretty hot. They were in the yellow range after a good soak in his gas forge. I was with a more experienced smith and we were using his 25lb little giant. They were 'J' shaped but with more bends. Next time I get some I will post pictures. They were gathered from a rail line in Maryland. The guy I got them from makes swords with them. He stated they were 1070 but they were hard to straighten. Quote Link to comment Share on other sites More sharing options...
ThomasPowers Posted December 14, 2010 Share Posted December 14, 2010 I've heard so many "guesses" that were completely wrong about scrap steel alloys that I started collecting *accurate* data whenever I could find it and then post it when these topic re-occur. Most junkyard steel lists have so much bogus information in them that they are a slender reed to rely on! So did he say how he knew it was 1070? (Had it analyzed, talked to the manufacturer, etc?) Quote Link to comment Share on other sites More sharing options...
pike3e Posted December 15, 2010 Share Posted December 15, 2010 I picked a few of those up and made blades with them. I was able to make a blade that was able to pass the equivalent of the abs performance test (cut one inch sisal rope, chop 2 2x4's and still shave, then bend to 90 degrees. I am not going to guess what it is but it seems to make a decent blade steel. On a side note, I was not able to get a hamon to form, even with a water quench. Quote Link to comment Share on other sites More sharing options...
Francis Trez Cole Posted December 15, 2010 Share Posted December 15, 2010 clay spencer recommended them for use in powerhammer tooling Quote Link to comment Share on other sites More sharing options...
viking-sword Posted December 15, 2010 Share Posted December 15, 2010 I picked a few of those up and made blades with them. I was able to make a blade that was able to pass the equivalent of the abs performance test (cut one inch sisal rope, chop 2 2x4's and still shave, then bend to 90 degrees. I am not going to guess what it is but it seems to make a decent blade steel. On a side note, I was not able to get a hamon to form, even with a water quench. I'd be real interested to know what sort of tempering cycle you used to get that kind of performance? Wes Quote Link to comment Share on other sites More sharing options...
pike3e Posted December 16, 2010 Share Posted December 16, 2010 Wes, Forge to shape without much regard for forging temp Normalize in heat treat oven at 1550, 1525 and 1500 for each step and allow to air cool Heat to 1500, soak for 10 minutes and quench in parks 50 oil Temper 2 times at 425 for two hours each In a cake pan with water, keep the lower 1/3 of the blade in the water and heat the spine with a regular propane torch as hot as you can get it evenly(it is hard for me to get it much past blue due to the heat sink of the water but I do rock the 1/3 in and out of the water to get it hotter) Make a thin flat grind and then covex the edge on a slack belt. Thanks john Quote Link to comment Share on other sites More sharing options...
kevin1050 Posted December 16, 2010 Author Share Posted December 16, 2010 Wes, Forge to shape without much regard for forging temp Normalize in heat treat oven at 1550, 1525 and 1500 for each step and allow to air cool Heat to 1500, soak for 10 minutes and quench in parks 50 oil Temper 2 times at 425 for two hours each In a cake pan with water, keep the lower 1/3 of the blade in the water and heat the spine with a regular propane torch as hot as you can get it evenly(it is hard for me to get it much past blue due to the heat sink of the water but I do rock the 1/3 in and out of the water to get it hotter) Make a thin flat grind and then covex the edge on a slack belt. Thanks john Thanks for that. I will try it when I am ready to heat treat. Quote Link to comment Share on other sites More sharing options...
eric sprado Posted December 29, 2010 Share Posted December 29, 2010 I took the top curved section drove a nice wide chisel into it,then a bigger fuller and made a NICE leafing tool.Just straighten out the rest of clip so it can clamp in your leg vice. Quote Link to comment Share on other sites More sharing options...
ZIG Posted December 30, 2010 Share Posted December 30, 2010 I'm so glad y'all reported on these clips. I actually have another 500 hundred of them. All new in the bag. And have made several things outta them. But hope make alot of tomahawks outta them. The idea of using them for power hammer tooling slipped by me. I would figure making drifts or chisels outta them would work. But not For power hammer usage. Thanks For the heat treat protocols. They are workable and hold up rather well. But I rum outta ideas of things to make with them. Simply cause I'm just forgeing by hand. No power hammering, yet. Many ended up being used as decoy weights. They work well for That. Ha. interested in other items y'all have made from these particular clips. Without being wore smooth out by hand forging them. Good hawk material thought. Haven't made any knifes outta them. Yet. Quote Link to comment Share on other sites More sharing options...
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