Yes,way safer but not anywhere near as safe as TC.So then, is VW vaping still considered safer than Smoking a Cigarette or Cigar ??
Yes,way safer but not anywhere near as safe as TC.So then, is VW vaping still considered safer than Smoking a Cigarette or Cigar ??
IMO, yes and emphatically so.So then, is VW vaping still considered safer than Smoking a Cigarette or Cigar ??
The trouble with finding safe power selection is how do you know the power you select is safe. It has already been proven that nasties can be produced way before you can taste them. It is pretty simple to me,all vaping is safer than smoking. To be even safer requires the use of accurate TC.I don't think power mode is inherently unsafe. I think the accuracy of temperature versus power allows for a standard independent of the hardware, track, or coil chosen. Safe power selection requires far more consideration of the coil and tank selection in assuring some "buffer" to assure lower risk. Temp control eliminates that by providing independence from those assumptions.
I do understand that the majority of vaping occurs in wattage/power mode so mainstream testing may still be stuck there, but if and as temp control becomes more popular, researchers including Dr F will have to adjust their testing methods to keep up. Too bad the research will be following rather than leading the industry into safer approaches.
Yes,way safer but not anywhere near as safe as TC.
I'm shopping for a tank that has TC ready drop in coils.(suggestions welcome) I can't physically make or wick my own coils, I've tried but it just isn't going to work.
I'm going to make a bold statement based on a number of observations.
'Most power mode vapers are vaping at temperatures over 440F'
What I have observed using TC is that very little vapor is produced under 350F. In most cases satisfying vapor is not produced until 400F+.
Prior to TC kicking in to restrict the power the temperature of any build increases dramatically and continously until the power is shut off or regulated, regardless of airflow or wicking.
I assume that the vast majority of power mode vapers have set the power to the point at which they near instantly produce a satisfying amount of vapor.
Therfore they reach temperatures of over 400F almost instantly.
With the power constantly applied for something between 1 and 6 seconds depending on vaping style, the coil is constantly increasing in temperature throughout the draw.
While good wicking will dissipate some of the power to vapor, and large volume airflow will slow (but not cease) the speed at which the coil increases in temperature, I suspect that most power mode vapers vape through a range of temperatures in every draw, and that the upper temperatures they are reaching are above 440F.
Has anyone found a repeatable way to measure Temp's of a coil as from what I have seen, a thermo-couple is rather hit and miss as to it's location within a coil.
Perhaps with one of these: Laser Thermometer
I saw Danial of DJSlb vapes try using one of those once, and even he had his problems with it getting an accurate reading.
I seem to have put Caterpiller to sleep, Dang it.![]()