What are your top 5... steels?

Kitchen Knife Forums

Help Support Kitchen Knife Forums:

This site may earn a commission from merchant affiliate links, including eBay, Amazon, and others.
1. Simple Carbon
2. Simple Carbon
3: Simple Carbon
4. Simple Carbon
5. K390 for my EDC folder (1-4 for the kitchen)

Make one or 2 of those mono with a bit higher alloy so they can sit for a bit on the board and we are all good in my neighborhood.
 
Too easy

1. S125v top tier edge retention
2. Magnacut great balance of everything and almost rust proof
3. Apex ultra, best edge retention non tool steel carbon
4. Blue 1 for a honyaki
5. Free space...maybe k390, similar reason as magnacut besides rust resistance ofc.
 
keep into consideration heat treat is just as important as the steel itself.

for example:
I hate 52100 but love shihan's version
I love yoshikane white2 but hate hinoura white2, etc..
Exactly. It matters whose. I like
white 1 Kuwahara
blue 2 Itsuo Doi
AS Y. Tanaka
R2 Shibata
blue 1 Yoake blacksmith.

Also Birgersson Hemligtstål
Shindo blue 1
and the Y. Ikeda honyaki sakimaru, presumably shiroichi mizuyaki.

Still trying to decide if I like FRKZ (Sukenari) ZDP. I can, after some work, get it *almost* sharp. But then it holds that level of edge forever and a day.
 
keep into consideration heat treat is just as important as the steel itself.

for example:
I hate 52100 but love shihan's version
I love yoshikane white2 but hate hinoura white2, etc..
Yeah, that's why i specified youre working with some magical smith who can work every steel equally well. Eliminate variables. Of course, this is a totally valid point, though.
 
I imagine in this scenario, most people are getting a gyuto, but it's your flawless smith making a dream custom, so your call.
Well, if I’m gonna dream big, it will be a katana made of palladium microalloy glass with an embedded and ordered array of submicron-sized perfect-lattice lamellar lonsdaleite hexagonal plates, as a sheet ten microns thick in the blade’s plane of symmetry.

Probably will have to be nanoprinted … forging is out of the question.

https://www.forbes.com/sites/starts...rials-on-earth-that-are-harder-than-diamonds/
 
Well, if I’m gonna dream big, it will be a katana made of palladium microalloy glass with an embedded and ordered array of submicron-sized perfect-lattice lamellar lonsdaleite hexagonal plates, as a sheet ten microns thick in the blade’s plane of symmetry.

Probably will have to be nanoprinted … forging is out of the question.

https://www.forbes.com/sites/starts...rials-on-earth-that-are-harder-than-diamonds/
I question the practicality and am not sure this counts as a "steel," but hey, enjoy.
 
I question the practicality and am not sure this counts as a "steel," but hey, enjoy.
It’s pure science fiction. I took the liberty to expand to “ultimate blade material”.

There are several newer supersteels that I haven’t had the privilege to try, notably Apex Ultra, Magnacut, S[big number]V, Rex 121 etc.

I suspect there’s a steel in there that I would choose either for a gyuto or a bespoke superthin sheep’s foot for breaking down cardboard all day long. I’m blue-skying here.
 
It’s pure science fiction. I took the liberty to expand to “ultimate blade material”.

There are several newer supersteels that I haven’t had the privilege to try, notably Apex Ultra, Magnacut, S[big number]V, Rex 121 etc.

I suspect there’s a steel in there that I would choose either for a gyuto or a bespoke superthin sheep’s foot for breaking down cardboard all day long. I’m blue-skying here.
Now *there's* an idea. Ultimate s[bignumber]v boxcutter.
 
Back
Top