I'm a materials engineer doing mostly metallurgy in my job, and I always like to see the degrees people understand metallurgy from a functional perspective, as well as the ways people find to make things work without the need to understand exactly what is happening on a thorough level. The simple explanation by Tim above would be over the head of many of the metallurgists I work with! Knifemakers learn what works through experience and can make metals behave the way they want as good or better than many people in industry.
I highly recommend you go with Cubby's suggestion of 440c from a reliable source then. I've heat treated my own 1084, 1095 and W4 with nothing more than a mapp gas torch, a baking pan of oil and channel locks and a whole lot of smoke and mess. Truth be told though, I've made at least 4 blades shatter while learning how to do it right.
I withheld from talking about quenching the austenite to make it martensite.
My hawk got named the "separation hawk" at the first Chop-In for this very reason. I spent way to much time working on it trying to get it done!I think my wife will kill me before the knife ever does! I tend to go at stuff untill I am done with it. I can really lose track of time.
"uh, buht tim.... i justa whant me a gud huntin knive for my deer huntin! don't gotta be no fancy outtar space stuff! just outta sum metahal and stuff. mahybe some deer horn.... you gots some deer horn??!!"
I wonder if an old band saw blade could be cut up into strips and forged together to make a knife?
I wonder if an old band saw blade could be cut up into strips and forged together to make a knife?
"separation hawk"
That is a darn cool looking Hawk! What steel is it and did youheat treat it?
Z
he used d2 steel and yes him and a friend heat treated it
Grunt Soldier got it! it's 3/8" D2 thats been heat treated and double drawn to RWc45.
Thanks for the compliment!