52100 and zebrawood hunter!!

Feedback: +54 / =0 / -0
Joined
Jul 8, 2008
Messages
1,079
this was forged from 52100e 1" round stock from mcmaster carr. this steel has given me so much performance from every blade that I handforged with it that I took 2 weeks to build a power hammer just to be able to work this steel and the larger diameter steel that I have from them! knives from this steel are the best performing blades that I have ever made by far!



OAL- 8 3/4"

blade- 4 1/4" long, .200" thick, 1 1/16" wide at the guard

steel- 52100e from a 1" round bar from mcmaster Carr, Forged, with in-house differential heat treatment which includes triple post forging quences, triple normalize, triple anneal, triple edge quench, and triple draw, with 24 hour freezer cycles between thermal events, for the highest performing blade that I can make, that holds a incredible edge, and yet is easy to sharpen!

grind- a full convex grind, with distal taper, sharpened on a Norton Fine India stone with micro bevels, to an agressive razor edge

finish- etcted 1000 grit finish, with a light hamon or temper line

handle- purpleheart with a 600 grit tung oil finish, and black paper micarta spacer

guard- 1/4" brass, nicely contoured to feel good on the finger, for greater control, and saftey in challenging situations, and 1/8" brass pins

sheath- 11oz leather, hand stitched, hand tooled, hot-waxed, with cam, for "snap fit", 3 copper rivets for belt loop. Sheath holds blade securely even when upside down, yet allows instant draw, and is easy to re-sheath one handed.

blade fully tested for edge retention and tip strenth before finishing! The blade is subjected to an edge flex test, where the edge is flexed over a 1/4" brass rod from both sides to check for toughness. These blades will generally make 200 {at a minimum} slicing cuts in 1/2" manilla rope in my shop on a scale, without requiring more than 35lbs of force to complete each cut, and will typically still shave hair from my arm at the end of the 200 cuts! {your performance may vary due to rope consistancy, sharpening teqnique, sharpening stone condition, and cutting skill} note that they will continue to cut the rope, but I stop cutting and counting when they quit shaving {i tested one to over 400 agressive cuts, thats ALOT of cutting to do for each blade!}. The heat treated blades are dropped point first on a concrete floor from a distance of roughly 4 feet before finishing, the blade must exhibit no substansial damage to pass the "concrete floor test". After a blade passes these tests, only then does it go to the finishing stage.


$240 plus $10 for shiping/insurance to CONUS. I can accept paypal Joe357m@bresnan.net or money order.


1st to post "I'll take it" gets it!!!


92512c52100ezebraleft.jpg92512c52100ezebraright.jpg92512c52100ezebrablade.jpg92512c52100ezebrasheath.jpg





Ships within 48 hours of payment priority with ins.

Feedback appreciated, and thanks for looking!

If you would like one like this one or different, PM or email with details!
 
Joe, that's a beautiful and tough Hunter. I would think the .200" spine thickness makes it plenty stout enough to lever elk joints apart (if you need to quarter).
Is this thicker spine (thicker than you were forging them) because of the round 52100 stock, or the convex grind, or both ?
Or just because you felt like making an indestructible Hunter ?
thanks, roland
 
Roland,

The thicker spine is mostly because since I am working with larger stock I have more to work with and am able to keep a thicker spine after grinding cleanup. the spine measurement is right at the guard, and it does taper down to the point, and the convex grind starts at the ricasso, not at the guard, so the blade is still thin enough to make a good all around cutting thickness. It also adds a bit of indestructableness!! :}

joe
 
Back
Top