I decided to put a little idea I have been thinking about to the test today. I have been following Scubabatdans thread on the use of ceramic as a wick. Scubadatdan deserves all credit here. a true pioneer in the vaping community
Since I really love the Kanger T3's, I though I might as well make a ceramic wick for it, and see what happens:
I tried using the "flavor" wicks with this setup, and it quickly ran into dry hits. I then removed the flavor wicks, reassembled, and vaped.
I must say, the flavor is much more pronounced. The ceramic stone does not wick as fast as rope, so an easier draw is needed. After every vape, bubbles are rising to the top to indicate it is indeed, wicking. On my next attempt, I will give a couple more wraps of Kanthal, thus giving me more surface area to heat. This setup only yielded 1.8ohm.
It's producing a decent amount of vapor, now that that juice is soaking in really good. Still not up to par though. Using Boba's, for the ultimate test...........
Convinced that the problem lies with the size of the ceramic stone, I decided to open things up a bit to accommodate a larger stone:
This setup yielded 2.8ohm..my favorite sweet spot @ 4.2V.
Extreme care must be used while increasing the diameter of the top breather tube. Too much material removed, will result in a dead short, as the coils will come in contact with the inside portion of the breather tube.
Since I really love the Kanger T3's, I though I might as well make a ceramic wick for it, and see what happens:
I tried using the "flavor" wicks with this setup, and it quickly ran into dry hits. I then removed the flavor wicks, reassembled, and vaped.
I must say, the flavor is much more pronounced. The ceramic stone does not wick as fast as rope, so an easier draw is needed. After every vape, bubbles are rising to the top to indicate it is indeed, wicking. On my next attempt, I will give a couple more wraps of Kanthal, thus giving me more surface area to heat. This setup only yielded 1.8ohm.
It's producing a decent amount of vapor, now that that juice is soaking in really good. Still not up to par though. Using Boba's, for the ultimate test...........
Convinced that the problem lies with the size of the ceramic stone, I decided to open things up a bit to accommodate a larger stone:
This setup yielded 2.8ohm..my favorite sweet spot @ 4.2V.
Extreme care must be used while increasing the diameter of the top breather tube. Too much material removed, will result in a dead short, as the coils will come in contact with the inside portion of the breather tube.