I use all glass but I am now moving a little into stainless and rebuilding my own.
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That's certainly your perogative. However, don't judge those who wish to do so. The chemical reaction of polycarbonate when exposed to certain flavorings has little to do with what it will do to the human body.I may be overthinking this one, but I personally wouldn't want to vape any e-liquids that are strong enough to melt a plastic tank to begin with.
That's certainly your prerogative. However, don't judge those who wish to do so. The chemical reaction of polycarbonate when exposed to certain flavorings has little to do with what it will do to the human body.
This does not mean that these flavors are harmful to vape. The process is a similar chemical reaction to what happens when you pour soda on the corrosion on your car's battery terminal to dissolve it. Obviously, soda does not have the same reaction to your body.
How to Dissolve the Corrosion from Your Car Battery Using Coke
Everyone should make the decision for themselves whether or not to vape these flavors.
Because polypropylene and polyethylene don't crack, and they are actually used in storing caustic materials that will eat away metal and glass.
I can't tell you why people use polycarbonate. Not enough people are aware of the risks..from bpa, not cracking. I'd love to try the iclear30s, but my body is already screwed up enough from being exposed to various chemicals...
glassgal:11444708 said:I agree with you. Also, there are caustic materials that can eat steel... but what eats glass? The reason laboratories use borosilicate glass (which is delicate and breakable when dropped) is because it is acid/alkali resistant. The only substance I know of that can eat glass is hydrofluoric acid (flouride + sulfuric acid), and you wouldn't even want to be in the same building as that stuff, what it can do to human tissue is beyond horrible.
I was going to mention hydrofluoric acid. A base that can break down glass is sodium hydroxide.. both are stored in polypropylene and polyethylene. I can't think of others. I know hydrofluoric acid will eventually easy through the barrel, but there isn't any evidence that shows chemicals being leached in liquids, like bpa, from polypropylene and polyethylene.
glassgal:11445734 said:Actually... I store both sodium hydroxide/lye/NaOH and potassium hydroxide (KOH) in glass, and it comes in aluminum cans ... it doesn't affect glass. When you add it to water, you do it in pyrex. It doesn't corrode either in 99.8% pure form. Both sodium and potassium hydroxides really only break down organics and fatty acids, so doesn't have much effect on inert containers.
First, not all plastics are types of polycarb.
I wouldn't use polycarb for anything related to vaping.
I DIY my own juice, for years now, and use plastic without any restrictions whatsoever.
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evods cost $5. protank minis cost $10
Protank 2s and 3s (pyrex) are my main tanks, but I like the evods for portability and structural integrity (pocket), and smaller capacity.
http://www.chemicalforums.com/index.php?topic=40791.0
A little cluttered..
I don't know what you mean by the hydrofluoric acid effect on glass, not being an acidic reaction. What the fluoride is doing can be seen as a PH reaction.
Those two statements contradict don't they? I assume you restict your use of plastic to non-polycarb?
I don't use a lot of tank cracking juices but I do have a lot of glass tank and I've lost count as to how many tanks I've broken because I'm clumsy. That's why I love my RSST I've dropped that thing so many times and it never cracks