^^^^ I've never seen one anywhere near that condition. ^^^
AMD, I would just make up a thread size and chase it on a lathe. The internal threads are going to be fun, but it shouldn't be a problem for you. You'll probably have to make a little tool bit, but that can be done with an old tap by grinding away everything but one cutting edge. You're still going to have to cut an o'ring groove on the chimney, and some sort of receiver bore in the top piece, aren't you? That part could be tricky to get right.
What's really interesting about that KF photo is that the gunk is on the coil, not the rayon wick.
Ok ,I will give it a shot first thing in the morning I'm glad I didn't invest too much in this.You may want to ask for help in the Fogger V5 thread. But give this a try. Remove the screw from the bottom of the Fogger. Look inside and you should see a slot in the piece that's still inside. Use a flat screwdriver to loosen, not remove just loosen. The block should now be movable. Line things up, tighten everything up and you should be fixed.
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I used 30 gauge when I needed to be above 1 ohm. Here's a link on SteamEngine to basically the build I used; Coil wrapping | Steam Engine | free vaping calculators
2mm ID, 10 wraps 30 ga. Should land around 1.2 ohms and be good to go on that iStick, good luck! It can take some work to get it going, report back in after you get it built![]()
Well I finally got around to attempting a build on my Fogger. I used 28 ga., 12 wraps on a 7/64" drill bit (dual coil), which ended up at 1.2 ohms. Seems to be working ok so far, not much vapor but otherwise ok. So far it's not much different from my Nautilus except it takes a few seconds for the coil to heat up. Any thoughts on what I could do to make it heat up faster or produce more vapor? 30 ga. wire maybe?
ktez71, I'm running a Fogger V4.1 on an iStick at 17.7 watts. The build is 1.3 ohms of 30 gauge Kanthal wrapped on a 14 gauge needle, wicked with rayon, and it puts out like a champ, lots of vapor and flavor with a warm, not hot, hit. Keep in mind the iStick displays power in AVG, average, rather than RMS, root mean square, like most all devices out there. To arrive at an approximation of RMS power add 10% to the displayed power on the iStick.