Has anyone else tried using Ti grade 1 ? if so please let me know your method and how it's working for you.
Just did about an hours worth of reading about it, and got 100ft coming lol
Has anyone else tried using Ti grade 1 ? if so please let me know your method and how it's working for you.
For what it's worth, I've just tried the heat-dunk-anneal cleaning method on a really gunky Ni200 coil: it works dandy. One dunk and it's squeaky clean. But there are three caveats:
- It seems to be rather hard on the coil: mine deformed a bit after dunking. This doesn't seem to happen with kanthal. I simply straightened the coil after annealing with a screwdriver, and it seems fine though. The resistance also increased by .02 ohm, but then it does so when I do the first dry-burn on a new coil anyway, so it may or may not be related to the thermal shock.
- Don't dunk the coil with TC enabled: the DNA40 seems to lose its marbles completely for a while afterward I suppose the sudden drop in resistance confuses the hell out of the base resistance measurement fine-tuning algorithm.
- Dry the atomizer, coil and posts thoroughly before re-wicking, else the temperature regulation won't quite work properly until all the water is gone.
I'll keep doing this method on this coil as it gets gunky again, to see if it lasts any longer than when I dry-burn it clean. Stay tuned...
EDIT: I made this video, to show how it works with Ni200 coils:
Hi.Has anyone else tried using Ti grade 1 ? if so please let me know your method and how it's working for you.
Thx.Well we need to start a Titanium coils on the Temp control mods thread... Nice pics, Tony. How do you allow for the offset in temp we see from Ti vs Ni200? I just shave off 100 degrees. Curious what you do. I also have been using Native Wicks, goood stuff.
Replying to myself here, but...
I'm on my 5th heat-dunk-anneal cycle on the same nickel coil, and I find it's working tons better than a regular dry-burn: the coil only deforms and changes resistance slightly the first time. After that, it doesn't move anymore, and the resistance stays exactly the same to within .01 ohms - meaning the wire isn't thinning out or wasting away.
Also, it's a lot easier on the atomizer's insulator, because it doesn't heat it up remotely as hard. And you don't have to wait forever for the atomizer and coil to cool down for TC to recover its bearing, so to speak.
So, this method seems to be a winner with Ni200 as well. I think this coil is going to last a very long time!
I thought that we were trying to avoid dry burning the nickel? Also running the device with such a low ohm isn't that bad for the battery?
I thought that we were trying to avoid dry burning the nickel? Also running the device with such a low ohm isn't that bad for the battery?
Thanks
That .5mm is the same size as the 24 AWG I have been using. My surgical grade 1 from Etsy has a greyish finish not shiny off the spool. Very clean though. Same with yours? Where'd you get it?in other news, got my ti gr 1 wire, about to start building a ti coil setup. i pulled the trigger without thinking and got .5mm wire
I've just done my 7th cleaning cycle using this method. The coil shows no sign of quitting. I love it