- Joined
- Dec 27, 2013
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Dan Keffeler has been a mentor of sorts to me since early on in the titanium sword pursuit, helping to keep me on the right path as, over time, what needed figurin' got figured. Although there were a couple of tries, due to the rarity and limited dimensions in which I can find appropriate titanium alloy stock for swords, I had never been able to get Dan a suitably-sized billet with which to make a blade in his style.
One day when discussing our experiences on Knife or Death and the blades each of us had made for the occasion (which were light and thin), we decided to quit fucking around and make a collaborative sword happen, which required taking things to a whole new level of complexity: multi-alloy titanium sword billets.
After an enormous burst of energy and time from both of us, and the assistance of Ed Schempp who let us use his large, well-equipped forging shop more than once, and David Lisch, who provided an amazing forge that was capable of perfectly heat-treating huge titanium alloy swords, we were able to get it done.
Dan completed two test swords, one of a three-alloy billet with a welded bit, and the other being an experimental forge-welded titanium san mai. My job was to make and forge billets that could encompass Dan's designs, and then heat treat them when they got to the proper stage of shaping. Everything else was done by Dan: all of the grinding, hilting, everything that turned the rough billet into a sword.
The experimental san mai sword, which had a very thin core:
Dr. Keff-dogg has very high standards for the performance of sword blade material. Would a proper titanium alloy, with the ole' Mecha heat treatment, be able to support his insane sword designs and geometry?
In proper Mad Science Forge cheesy Youtube video fashion, let's find out:
We made more than one titanium san mai billet, finalized versions with thicker cores, such as the one I used for the Sui Dynasty ring dao. Things can only get weirder from here.
TO BE CONTINUED...
One day when discussing our experiences on Knife or Death and the blades each of us had made for the occasion (which were light and thin), we decided to quit fucking around and make a collaborative sword happen, which required taking things to a whole new level of complexity: multi-alloy titanium sword billets.
After an enormous burst of energy and time from both of us, and the assistance of Ed Schempp who let us use his large, well-equipped forging shop more than once, and David Lisch, who provided an amazing forge that was capable of perfectly heat-treating huge titanium alloy swords, we were able to get it done.
Dan completed two test swords, one of a three-alloy billet with a welded bit, and the other being an experimental forge-welded titanium san mai. My job was to make and forge billets that could encompass Dan's designs, and then heat treat them when they got to the proper stage of shaping. Everything else was done by Dan: all of the grinding, hilting, everything that turned the rough billet into a sword.
The experimental san mai sword, which had a very thin core:

Dr. Keff-dogg has very high standards for the performance of sword blade material. Would a proper titanium alloy, with the ole' Mecha heat treatment, be able to support his insane sword designs and geometry?
In proper Mad Science Forge cheesy Youtube video fashion, let's find out:
We made more than one titanium san mai billet, finalized versions with thicker cores, such as the one I used for the Sui Dynasty ring dao. Things can only get weirder from here.
TO BE CONTINUED...