Pk did you get yours vapin good yet?
Not as yet!
I should have it on my next one.
Fingers Crossed.
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Pk did you get yours vapin good yet?
Mine is together and vaping. Had it built and working the first try.
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AKKK!!! Why does yours look so much neater than mine...I always manage to get at least a tiny kink in the wick...

OK something isn't right for me, I've got the 7/8 OD, 3/4ID polycarb tube and the #016 o rings but the polycarb will NOT fit at all. I can't get it on all the way, I got it on part of the way but now it's stuck and will not budge. I'm going to have to dremel it off. I tried lubricating the tube and cramming it on but now my hands are raw and blistered and I have a piece of polycarb stuck on my mod that I can't get off.
Yup.. Happened to me twice. Make sure that the bevel on the tube is nice and smooth and a good clean angle, and make sure both the tube and O-rings are lubed with joose.
When you get what you need back out, make your lip on both ends then grab some 30grit sandpaper and sand up the inside of the tubes a tad, the tube might be a bit out of spec. A fine grade sand will be good to remove excess thickness and still keep it clear, even if you tried 24grit then a finer grade to polish it up, say 36 grit wet and dry.
nice video, i actually did that last night, works good .. thank you Dan
It turns out my CE2 connectors ARE just a skosh too loose. The solder shim method does not seem to be working for me, I cant get the solder to stick to the knurled part of the CE2 connector. I'm gonna take a break and try again in a bit.
The purpose of flux is to facilitate the soldering process. The obstacle to a successful solder joint is an impurity at the site of the union, e.g. dirt, oils or oxidation. The impurities can be removed by mechanical cleaning or by chemical means, but the elevated temperatures required to melt the filler metal (the solder) encourages the work piece (and the solder) to re-oxidize. This effect is accelerated as the soldering temperatures increase and can completely prevent the solder from joining to the workpiece.
The most common defect when hand-soldering results from the parts being joined not exceeding the solder's liquidus temperature, resulting in a "cold solder" joint. This is usually the result of the soldering iron being used to heat the solder directly, rather than the parts themselves. Properly done, the iron heats the parts to be connected, which in turn melt the solder, guaranteeing adequate heat in the joined parts for thorough wetting.