My fiancée (or is it fiancee, whatever she) sent me this on FB: http://www.theindychannel.com/news...nt it just pm me.
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The first test was done on the e-cigarette, "Smoking Everywhere Platinum. It's made in China and available online.
Its distributed out of Florida across the United States.
Results
During the testing, the liquid that is heated and turns into a vapor is put inside a centrifuge and spun. The end product: a small metal pellet.
"There is quite a bit of tin, most of this material is composed of tin," Dr. Talbot said. "There is also some oxygen, some copper and some nickel."
The electronic microscope revealed the solder used to cover the wires inside of the e-cigarette could be the reason for the tin.
A lot of the solder seems to have come off, some of it has spread and come off and melted on the side, Dr. Talbot said. "I think the fact there is significant amount of tin in these pellets is important. This means the people using this product are going to be inhaling the tin," she said.
For the second test, Dr. Talbot's team looked at the Mistic e-cigarette, a brand reporters purchased at a local drug store.
In the spin test, no tin was found because there were no solder joints used in this brand.
The Feds weigh in
The FDA's Center for tobacco Products began regulating tobacco products in 2009. That regulation does not include e-cigarettes unless the device is used as approved for therapeutic purposes.
If the Center wants to regulate anything else as a "tobacco product," like e-cigarettes, it has to propose a rule and solicit public comment to the Office of Management of Budget, Office of Information and Regulatory Affairs. It did just that on Oct. 1, 2013.
Actually, I've been more concerned about lead in solder than anything. I agree that inhaling METAL particles (and innumerable other particulate matters) is not at all healthy. However, comparing what we know about commercial tobacco products versus what we know about vaping... Inhaling the metals from this 'study' is (at this point) far less risky. That's not to say in the future it could be shown that vaping has drawbacks. I'll take my chances.
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Ok, that one was an eyebrow raiser; it is something to be concerned about: the use of solder, especially on or near the heating coil.
Not all ecigs are going to have solder.
[Now this again brings to mind the completely wrong approach that the FDA has to ecigs; they should for example, be looking at the use of solder inside the ecig.
Actually, I've been more concerned about lead in solder than anything. I agree that inhaling METAL particles (and innumerable other particulate matters) is not at all healthy. However, comparing what we know about commercial tobacco products versus what we know about vaping... Inhaling the metals from this 'study' is (at this point) far less risky. That's not to say in the future it could be shown that vaping has drawbacks. I'll take my chances.
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To render the solder able to be turned out by the centrifuge, one of two things happened:
1) Our liquids are a solvent for lead-free solder. Hint: they aren't.
2) Prue heated the thing dry to the point where the solder melted and then vaporized. You know, something we would never do in use because it would:
a) Taste absolutely awful
b) Give you a mouthful of molten metal
Mine does not, the wire is held in place by pressure (a Kanger T3).
This, too. Additionally, I need to see an analysis of her testing methods to see how, exactly, an appreciable enough amount of metal got into the vapor. Because you taste copper in the PPM range and it's, frankly, rank.
Which strictly speaking states that they tested the liquid, not the vapor; which raises yet another puzzle, because it means the liquid contained solid metal in it, and not dissolved metal ???During the testing, the liquid that is heated and turns into a vapor is put inside a centrifuge and spun. The end product: a small metal pellet.
At first I thought they vaporized the liquid and tested the resulting vapor product, however as a result of reading your response when I read the op over to quote from it, it says:
Which strictly speaking states that they tested the liquid, not the vapor; which raises yet another puzzle, because it means the liquid contained solid metal in it, and not dissolved metal ???
Either way, I would not have expected to find any significant amount of metal to be present in the vapor because most metals would become deposited as the gunk of salts that ends up on the coil after use.
For the second test, Dr. Talbot's team looked at the Mistic e-cigarette, a brand reporters purchased at a local drug store.
In the spin test, no tin was found because there were no solder joints used in this brand.
Funny no mention of cadmium, nickel or lead. There are plenty more associated with cigarette-
Metals in Medicine and the Environment
Why not compare those found in e cigs to those in regular cigarettes and say the normal polution you find on a city street?
Here's an analysis of that "report" from our friend Dr. Siegel:
http://tobaccoanalysis.blogspot.com/2013/04/new-study-sounds-alarm-about-metals.html
Here is the rest of the story:
This study reported a nickel level of 0.005 micrograms in 10 puffs of the electronic cigarette vapor.
The Nicorette nicotine inhaler was found to contain nickel at a level of 0.013 micrograms per 10 puffs.
Thus, the level of nickel in the electronic cigarette vapor was 2.6 times lower than in an FDA-approved nicotine inhaler.
The study reported a lead level of 0.017 micrograms in 10 puffs of the electronic cigarette vapor.
The Nicorette nicotine inhaler was found to contain lead at a level of 0.003 micrograms per 10 puffs.
Thus, the level of lead in the electronic cigarette vapor was 5.7 times higher than in an FDA-approved nicotine inhaler.
However, it should be noted that only one brand of electronic cigarette was tested in this study, and in the Goniewicz et al. study, 12 brands were tested and only one had a lead level substantially higher than present in the Nicorette inhaler.
Mind you, inhalation of metal particles is not good for you. Even if the metals in question are of pretty low toxicity
I'm not sure how true that statement is. The FDA allows for certain amounts metals to be used in inhalants. Not that I necessarily trust the FDA but I really don't believe your statement is proven.
I'm not sure how true that statement is. The FDA allows for certain amounts metals to be used in inhalants. Not that I necessarily trust the FDA but I really don't believe your statement is proven.
I'm not sure how true that statement is. The FDA allows for certain amounts metals to be used in inhalants. Not that I necessarily trust the FDA but I really don't believe your statement is proven.