Just posting in here also, for reference and google stats 
Some good news this time!
Not a total surprise for many I am sure, but still a nice bit of confirmation on the matter.
Vaping generates formaldehyde ONLY under dry hit conditions.
Study results and conclusions here: E-cigarettes generate high levels of aldehydes only in ‘dry puff’ conditions - Farsalinos - 2015 - Addiction - Wiley Online Library
If you cba to read:
Electronic cigarettes produce high levels of aldehyde only in dry puff / hit conditions, in which the liquid overheats, causing a strong unpleasant taste that e-cigarette users detect and avoid. Under normal vaping conditions aldehyde emissions are minimal, even in new-generation high-power e-cigarettes.
Dr. F also chimes in here:
E-cigarettes generate high levels of aldehydes only in ?dry puff? conditions (irrespective of the power levels)
Happy vaping!
Some good news this time!
Not a total surprise for many I am sure, but still a nice bit of confirmation on the matter.
Vaping generates formaldehyde ONLY under dry hit conditions.
Study results and conclusions here: E-cigarettes generate high levels of aldehydes only in ‘dry puff’ conditions - Farsalinos - 2015 - Addiction - Wiley Online Library
If you cba to read:
Electronic cigarettes produce high levels of aldehyde only in dry puff / hit conditions, in which the liquid overheats, causing a strong unpleasant taste that e-cigarette users detect and avoid. Under normal vaping conditions aldehyde emissions are minimal, even in new-generation high-power e-cigarettes.
Dr. F also chimes in here:
E-cigarettes generate high levels of aldehydes only in ?dry puff? conditions (irrespective of the power levels)
Happy vaping!
