OhioApexing
Sharpener
- Joined
- Apr 17, 2018
- Messages
- 235
I’ve got one on the way. Not a ton of info out there on this relatively new steel. The limited conversations I’ve had about it with a few steel guys, coupled with my own research, leads me to believe the following:
- Vanax (and other nitrogen steels) will generally have a finer grain structure than your traditional carbon steels, thus allowing it to take a (theoretically) finer edge.
- Seems to top out around 60 HRC.
I’m certain diamonds/CBN are the way to go here. While blade geometry and sharpening technique undoubtedly play monumental roles in edge performance — for those of you that have worked with it, what was your experience? How was the burr? Where did it seem to shine?
Other than an almost complete resistance to corrosion (and the aforementioned grain structure) what are its advantages?
My initial thought is to treat it *similarly* to my preferred edge on CPM-REX 45; take it as far as I can on diamond waterstones (roughly 5 micron) and follow it up with a minimal poly-diamond strop progression wood at 4, 2, and 1 micron — fine edge with a ton of bite.
Thanks in advance.
- Vanax (and other nitrogen steels) will generally have a finer grain structure than your traditional carbon steels, thus allowing it to take a (theoretically) finer edge.
- Seems to top out around 60 HRC.
I’m certain diamonds/CBN are the way to go here. While blade geometry and sharpening technique undoubtedly play monumental roles in edge performance — for those of you that have worked with it, what was your experience? How was the burr? Where did it seem to shine?
Other than an almost complete resistance to corrosion (and the aforementioned grain structure) what are its advantages?
My initial thought is to treat it *similarly* to my preferred edge on CPM-REX 45; take it as far as I can on diamond waterstones (roughly 5 micron) and follow it up with a minimal poly-diamond strop progression wood at 4, 2, and 1 micron — fine edge with a ton of bite.
Thanks in advance.
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