Thanks Russ, I had found that out yesterday as well, this is all I could find out about INFI, I know it's good stuff as well. I do like the ability to get a knife now vs having to wait for windows of opportunities for certain knives to come up. Jerry makes awesome knives but it is very frustrating on how to get them and if his knives weren't in such high demand maybe he would change his business model. That's extremely doubtful. I can vouch for his knives are the toughest knives I have came across and I have yet to damage one yet including cutting a head off a snake on concrete and not even a scratch on the blade.
I will look into 3V as well and may order one and see how it does, I appreciate the feedback Russ. ------------INFI Info if interested-------------------------
http://homepage.mac.com/zombiekiller/badmojo/infi.htmlhttp://zknives.com/knives/steels/infi.shtmlhttp://zknives.com/knives/articles/knifesteelfaq.shtmlINFI is currently only used by Jerry Busse. In place of some of the carbon (INFI contains 0.50% carbon), INFI has nitrogen. The result is a non-stainless steel that is nevertheless extremely stain resistant (informally reported at close to D2, or even better), incredibly tough for a high-alloy ingot steel, and with extremely good wear resistance. Ref - INFI Steel Composition.
INFI - The composition shown in the primary record was obtained by a lab in Germany and it contains Nitrogen, which was confirmed by Jerry Busse (the presence of nitrogen, not the whole composition), although Jerry didn't dispute the results either. However, there is another X-Ray SEM analysis of the INFI steel, performed by Darrel Lewis, working at Inobond, child company of the Bodycote. The result is different, andat the moment I have no idea which one is correct, or those were two different INFIs. Alternate composition:
Carbon C - 0.64
Silicon Si - 0.63
Chromium Cr - 8.12
Molybdenum Mo - 0.85
Vanadium - 0.33
As you can see this one has no Nitrogen.
Although the hardened INFI knives are 60 - 62 Rc we have yet been able to chip an edge. The edge can be dented or disalligned but its high level of malleability at such high hardness has never been duplicated by any other steel that we are aware of or have tested. We have bent INFI 35 degrees in a vise and it springs back to true. Why? What is the benefit to the customer? Not only does this test demonstrate the enormous toughness and lateral strength of an INFI blade but because our hardness is homogenous and not differential it demonstrates the amount of lateral strength and "spring" that the edge has as well.
INFI has demonstrated very high levels of stain resistance in many different climates. Uncoated blades have been tested for more than a year in Alaska and have made their way into the wilds of British Columbia, the High Sierras and the tropical rain forest. No rust in Alaska or British Columbia! No rust in the High Sierras, even when exposed to great quantities of blood and left in the wet grass overnight. The tropical rain forest, which has been known to rust plastic (just kidding), did offer the toughest of the environmental exposures and a light speckling of oxidation did occur but was easily removed in the field with a hand rubbing of sand and water. No pitting was reported. Now I'm sure that salt-water exposure would offer some different results. The point is that although INFI is not a stainless it is certainly not a rust aggressive steel as many of the high carbon steels have proven to be.
We highly encourage gross abuse as it is covered by OUR warranty.