Tai Goo
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- Joined
- Apr 7, 2006
- Messages
- 3,806
I think I remember reading somewhere a long time ago, that a little copper in the alloy enhances low alloy steels (or makes them act more like higher alloys) and has a similar effect as carbon. Don't know for sure if that's true or not, but it could help explain why they (RR spikes) seem to perform a little better than expected with such low carbon content.
Anyone else ever heard anything like that?
I once tested some un-marked spikes with an acid bath (using fresh acid) and they all came out copper plated given time.
(Forgot to mention a buddy of mine quenched some HC spikes in water and had them Rockwell tested at 50-52... not conclusive by any means, but kind of hard.)
Definitely not “high performance” by today’s standards, but classically it probably would have been considered a pretty useful toolish/weaponish piece of metal.
They also seem to be deeper hardening than most of the 10xx series steels...
I think it’s interesting stuff. I guess that makes me sound like more of a nerd than a snob,… especially sitting behind this twerpish computer with nothing better to do at the moment.
Anyone else ever heard anything like that?
I once tested some un-marked spikes with an acid bath (using fresh acid) and they all came out copper plated given time.
(Forgot to mention a buddy of mine quenched some HC spikes in water and had them Rockwell tested at 50-52... not conclusive by any means, but kind of hard.)
Definitely not “high performance” by today’s standards, but classically it probably would have been considered a pretty useful toolish/weaponish piece of metal.
They also seem to be deeper hardening than most of the 10xx series steels...
I think it’s interesting stuff. I guess that makes me sound like more of a nerd than a snob,… especially sitting behind this twerpish computer with nothing better to do at the moment.
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