- Joined
- Jan 21, 2000
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Some of you may remember my posting a custom knife Gayle Bradley created for me two years ago, based on my hunter design. Here's a link to that thread:
http://www.bladeforums.com/forums/showthread.php/943998-Gayle-Bradley-quot-Competition-Hunter-quot
Happy to report Sal Glesser has picked up the pattern, which Spyderco will market as the Gayle Bradley Bowie.
My knife from Gayle:

Spyderco Gayle Bradley Bowie:

On the production version, G10 scales replace the horse stall mat and bolsters. Rather than Gayle's CPM M4 steel, Spyderco is using PSF27 in this knife, to me a very interesting steel. It's distributed in the US by Specialty Metals LLC, and is produced using Nitrogen as an alloying element which enhances toughness and corrosion resistance, along with 12% Chromium, so should be a super low-maintenance performer with roughly a 90% increase over D2 in BOTH toughness and wear resistance. PSF27 is manufactured using a "Spray Forming Process" which "allows for rapid solidification resulting in materials with a very fine grain and homogeneous structure"--results in "improved toughness, wear resistance, crack resistance, and higher hardness (61 HRC). It also yields more predictable heat treatment." (from Specialty Metals data sheet)
Thought you guys might get a kick out of this--I certainly did!
Will
http://www.bladeforums.com/forums/showthread.php/943998-Gayle-Bradley-quot-Competition-Hunter-quot
Happy to report Sal Glesser has picked up the pattern, which Spyderco will market as the Gayle Bradley Bowie.
My knife from Gayle:

Spyderco Gayle Bradley Bowie:

On the production version, G10 scales replace the horse stall mat and bolsters. Rather than Gayle's CPM M4 steel, Spyderco is using PSF27 in this knife, to me a very interesting steel. It's distributed in the US by Specialty Metals LLC, and is produced using Nitrogen as an alloying element which enhances toughness and corrosion resistance, along with 12% Chromium, so should be a super low-maintenance performer with roughly a 90% increase over D2 in BOTH toughness and wear resistance. PSF27 is manufactured using a "Spray Forming Process" which "allows for rapid solidification resulting in materials with a very fine grain and homogeneous structure"--results in "improved toughness, wear resistance, crack resistance, and higher hardness (61 HRC). It also yields more predictable heat treatment." (from Specialty Metals data sheet)
Thought you guys might get a kick out of this--I certainly did!

Will
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