The juice will ignite under the right conditions, I occasionally get a small flameout when burning off a coil.
PG and VG are both alcohols and given the correct conditions, they will burn.
In order for it to catch on fire, the gaseous vapor needs to reach a certain temperature in the presence of sufficient air. Under normal vaping conditions, the combination of evaporative cooling and airflow prevents that from happening.
So my build and wattage heated it enough to make it burst into flame. Makes sense now. Thanks guys, I actually learned something today!
Sorry but there's just no way. Water doesn't react any further with oxygen, which would be what burning means.anything can catch fire, including water
Sorry but there's just no way. Water doesn't react any further with oxygen, which would be what burning means.
Water could be looked at as the "ash" of burned hydrogen, it's already a "burned state" if you will.
Afaik there's one experiment where you can make water have a flame but that's under a fluorine atmosphere and technically it's not burning (because the water doesn't oxidize).
You probably mean water can be the source of oxygen for other material burning.
Maybe the thing you want to learn next is temperature controlled vaping. LOL.
Almost anything can catch fire, including water if you put it on the wrong type of electrical fire. Etc.
Anna
I had a cap blow off once. There was'nt much force behind it, but it did get me to re-access some recklessness that had crept in.
In both cases it's not water that burns...One of my torches separates water into hydrogen and oxygen to burn. I've also been told by firemen that some fires get so hot they separate the incoming water and it starts burning.
Not my build, just a random dude on YT.Good puff thx for the demo. Obvious ?, notice anything peculiar about the build? The apparent [unwicked] wire temp it got to?
Symmetry is our friend. Of elements and segments.
Good luck.![]()
In both cases it's not water that burns...
It very well doesn't. It's really easy: you can't oxidize water -> water doesn't burn, it's impossible for H2O to burn, there are no conditions that will make it burn. If you know of one then do tell and I'll gladly admit I'm wrong but in absence of such evidence I won't change my mind. It's not a "matter of perception" if something is combustible or not otherwise our science would look very funny.Water is hydrogen and oxygen which burns under the right conditions.
It very well doesn't. It's really easy: you can't oxidize water -> water doesn't burn, it's impossible for H2O to burn, there are no conditions that will make it burn. If you know of one then do tell and I'll gladly admit I'm wrong but in absence of such evidence I won't change my mind.
Yes, hydrogen can burn and the product is (if oxygen is used as oxidizer) - water. If you split the water you can get hydrogen but then it's not water anymore and you extracted a burnable fuel from it - far from water burning.
Hold a lighter to beer and it won't catch fire, if you extract the alcohol then that alcohol will burn but based on that I wouldn't say "beer burns".