- Joined
- Aug 1, 1999
- Messages
- 3,036
"even vanadium carbides have chromium in them"
Did you actually say that? :foot:
"Now all that wear resistance did was cause more damage to be induces and make it take much longer to repair."
Thus the reason high carbide steels are used in stamping dies.
"In particular the steel being used in the above knife is actually a high chroimum carbide steel."
As are most all martensitic stainless steels such as 440C, 154CM, VG10, etc, etc. Have you ever tested 12C27 in such a role? Did you not observe substantial edge deformation? It certainly is not very wear resistant, but I guess that's your choice. By your reasoning, why wouldn't AEB-L be a better choice?
"Now the obvious question would be if you need high carbide in a stainless for a chopper, why are all the ABS guys not using high carbide in the non-stainless."
Huh?!!
"Would anyone argue because they are using low-wear steels that the performance of a 1084 steel from Cashen is a low performance chopper."
Maybe chopping wood is not Cashen's goal?
Here's a question for you. Why are many of the Professional Cutting Competition competitors using high carbide steels? CPM-REX M4 for instance. And note: In these competitions wear resistance is not an issue, it's about sharpness and durability - the two attributes you claim are lost with high alloy steels.
"that is exactly the claim made when it is said that high carbide steels offer superior performance."
So you're saying that the combination of wear resistance and corrosion resistance is not a performance issue?
"optomized"
You remain the only person I know who claims to be a scientist and can't spell a word that is common to almost every technical discussion of any nature. Optimize this!
Cliff, I knew when Spyderco introduced these knives you wouldn't be able to refrain from bashing them. I'm surprised you resisted this long.
I'm trying not to take this personally, but only because you're my friend.