You can't have a contact coil without the protective oxide layer. Well you can but it will short.
Sounds like the coil is shorting. Anybody else seeing shorts with Ti micro coil?
You can't have a contact coil without the protective oxide layer. Well you can but it will short.
Not building contact coils with this yet as it is too thin for me
I didn't think you were, I was just putting it out there.
About the only way to get a nice 30+ gauge contact coil is through tension winding, not really sure how this is going to work on unoxidized Ti wire though.
I didn't think you were, I was just putting it out there.
About the only way to get a nice 30+ gauge contact coil is through tension winding, not really sure how this is going to work on unoxidized Ti wire though.
Yup. Just wanted to get confirmation from people who tried it. In theory, Kanthal shouldn't give off the metallic taste either but we encounter them. I was hoping to establish a feedback based validation.
It definitely gives off no metallic taste. Rayon just arrived today, can't wait to try it with that.
Thank you I have been trying to remember what that type of wrapping was called since Imeo started this thread. Now that is is way late I can finally post the video Imeo asked to be posted.
https://www.youtube.com/watch?v=ktOED8LSUEY&feature=player_embedded
Yes.Sounds like the coil is shorting. Anybody else seeing shorts with Ti micro coil?
Ti has a positive temperature coefficient. Make a coil out of Ti (even just a single loop) with no possibility of a short and put it on a regulated mod (such as a DNA) that shows resistance in real time while firing and you will see the resistance increase with the the temperature of the coil. I've seen the resistance change as much as 2:1 while firing a coil that's dry. Of course it reverts back to its original resistance when it cools back down to ambient temperature.Who said it is shorting? Because of the jumping ohms? No, it is Ti, this is how it rolls.
ok, whats your experience about esg wires?
Yes.
Ti has a positive temperature coefficient. Make a coil out of Ti (even just a single loop) with no possibility of a short and put it on a regulated mod (such as a DNA) that shows resistance in real time while firing and you will see the resistance increase with the the temperature of the coil. I've seen the resistance change as much as 2:1 while firing a coil that's dry. Of course it reverts back to its original resistance when it cools back down to ambient temperature.
However, if the resistance is unstable at a steady temperature, such as when you're testing it with a meter that doesn't use enough power to make any noticeable heat in the coil, then that IS a sign than you have shorts in your coil.