Some quick notes on titanium wire:
GalliumSource sent "black" wire not "clean". This results in the familiar black streaks when wiping with alcohol on a rag. I hit it with a butane blow torch on high and the wire glowed bright... and was heavily covered in flaky oxidation (likely very bad wrt inhalation). I then turned the flame down to min and waved the heat back and forth across a fresh wire. As soon as I started seeing any glow, I moved the heat. The end result was a non-oxidized wire that wipes clean. This will be my go-to method for cleaning black wire. I feel very comfortable with the result.
This oxidation creates serious issues wrt weaving the wire for a wickless build. I built a quick proof of concept weave. The resistance was very low. However, under power, the crisscrossing serves to make the weave massively parallel. The end result was glowing leads (higher resistance) and not much heat through the weave (lower resistance). As a test, I then hit that same weave with a hot torch to get the wire to oxidize (converting the massively parallel weave into a continuous wire weave, evidenced by a dramatic increase in resistance). This resulted in a perfectly heating weave... with possibly carcinogenic oxidation. The solution is worse than the problem!
I haven't given up on Ti yet - I have some more ideas that might get around the above issues. That said, the oxidized weave should work great with Kanthal, so I will probably have better luck with a non TC wickless build. More info when I have it.
GalliumSource sent "black" wire not "clean". This results in the familiar black streaks when wiping with alcohol on a rag. I hit it with a butane blow torch on high and the wire glowed bright... and was heavily covered in flaky oxidation (likely very bad wrt inhalation). I then turned the flame down to min and waved the heat back and forth across a fresh wire. As soon as I started seeing any glow, I moved the heat. The end result was a non-oxidized wire that wipes clean. This will be my go-to method for cleaning black wire. I feel very comfortable with the result.
This oxidation creates serious issues wrt weaving the wire for a wickless build. I built a quick proof of concept weave. The resistance was very low. However, under power, the crisscrossing serves to make the weave massively parallel. The end result was glowing leads (higher resistance) and not much heat through the weave (lower resistance). As a test, I then hit that same weave with a hot torch to get the wire to oxidize (converting the massively parallel weave into a continuous wire weave, evidenced by a dramatic increase in resistance). This resulted in a perfectly heating weave... with possibly carcinogenic oxidation. The solution is worse than the problem!
I haven't given up on Ti yet - I have some more ideas that might get around the above issues. That said, the oxidized weave should work great with Kanthal, so I will probably have better luck with a non TC wickless build. More info when I have it.