Temperatures??
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By no scientific means (yet) I'm estimating somewhere around 120C within this scope. But that's really more a best-guess at the moment for whatever it's worth.
That's close; proly needs around 150C to work efficiently. This might produce some fractional distillation effects though; a temp controlled coil might need to be set quite a bit higher to work properly.
However, when dry the coil will reach red-hot after a couple of seconds: circa 450C.
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I was wondering because it seems to me that basically all you need is a way to heat the liquid to the vaporization point, and then a way to inhale the vapor.
Now that is at it's most basic, and taking out all questions of portability.
So a temp controlled vessel, a valve, and pipe (think hookah for a second), and you could built a non-portable home unit that would hold enough to vap all day.
Possible hot plate with a rheostat control.
Glass, or safe metal container, not 100% air tight.
Connection to a hose with a valve on it, and you have a home-made cooker.
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Wow, just tried that ichaya.... I'm still coughing. Harsh, very harsh, but huge vape. Course, maybe the resin in the pipe had something to do with it. So, I dripped on an analog and got flames, but no additional vapor. Maybe... nah, I think I'll hold onto my last brain cell.
Nice workbench. Nice video.
Nice workbench. Nice video.
If you have a disassembled atomizer try this: take the metal foam and put some in the pipe then lay another screen on top (just to hold it in, not needed for a quick experiment). Drip a few drops of liquid on it, with the flame about 5mm out, draw it slightly toward the pipe just enough to pull the heat toward it but not actually touch the screen, take a real gentle inhale.
I meant q258... about the video and bench. And now my last brain cell just turned in a resignation letter. thanks, bud.
Just look up boiling points for the contents of your juice. Ive seen values from 180 C to 220 C for PG and 275 C for nicotine boiling points.
On this forum i want to say that i saw a post stating that the nichrome wire heats to 300 C.
On this forum i want to say that i saw a post stating that the nichrome wire heats to 300 C.
http://www.lyondellbasell.com/techlit/techlit/2519.pdf
Nicotine | World of Chemistry Summary
nicotine: Definition from Answers.com
NiCr wire has a melting point of 1400°C. I've melted several.
http://www.lyondellbasell.com/techlit/techlit/2519.pdf
Nicotine | World of Chemistry Summary
nicotine: Definition from Answers.com
NiCr wire has a melting point of 1400°C. I've melted several.
Indeed, once diluted, the BP is considerably reduced; however, some fractional distillation is inevitable.
The difference between wet ('normal') temp and dry temp can be very significant, rising from 120C to 500C or more. The resistance change in the nichrome is about 4%.
Yup...
Thanks q258! I knew it was possible. Temperatures are much more easily controlled using simple flame. Could keep acrolain(sp?) at bay.Thanks again for being a fearless pioneer and having the nerve to tell the world.
Holy crap!!! You've gotta be kidding me!!!! Dang!!!!
I don't know what to say bout that...woooe!!!!
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