Propylene Glycol origins?
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how hot do you think PG or VG would be if it was actually
beiing vaporized by the heat?
guesses anyone?
regards
mike
Water’s Heat of Vaporization
At what temperature does propylene glycol turn into a vapor? | AnswerbagPropylene glycol boils into a vapor at 188.2 degreesCelsius (370 degrees Fahrenheit) at atmospheric pressure. It will also vaporize in a vacuum pressure of 0.129mm Hg at 77 degrees Fahrenheit (25 degrees Celsius)
Glycerin Specs here:
At what temperature does propylene glycol turn into a vapor? | Answerbag
290C - 554F
All temps are Stand alone
All liquids are readily mixable and attract each other
Any pair will combine
Any combination will effect Boiling point - Vaporization
VG has a much lower Flash point than boiling point:
175c - 349F open container
Your point?
Combined 50/50 pg/vg Vaporization temperatures would be near/at those used by many Sub-ohm vapors.(Not just Cloud chasers)
Due to Design of semi-closed heating chambers higher temps are reached faster and lower vaporization temps may be reached through chamber pressurization, even in more standardized clearomizers.
Again, seriously I don't care as long as I can Vape rather than smoke.
.....in' = awesome
.....in' = Complaining
Definitions do change to fit the times whether one agrees or not.
I Vape
Last edited:
nice try.Water’s Heat of Vaporization
At what temperature does propylene glycol turn into a vapor? | Answerbag
Glycerin Specs here:
At what temperature does propylene glycol turn into a vapor? | Answerbag
290C - 554F
All temps are Stand alone
All liquids are readily mixable and attract each other
Any pair will combine
Any combination will effect Boiling point - Vaporization
VG has a much lower Flash point than boiling point:
175c - 349F open container
Your point?
Combined 50/50 pg/vg Vaporization temperatures would be near/at those used by many Sub-ohm vapors.(Not just Cloud chasers)
Due to Design of semi-closed heating chambers higher temps are reached faster and lower vaporization temps may be reached through chamber pressurization, even in more standardized clearomizers.
Again, seriously I don't care as long as I can Vape rather than smoke.
.....in' = awesome
.....in' = Complaining
Definitions do change to fit the times whether one agrees or not.
I Vape
your referring to industrial processes.
now explain to all us good people what happens when
we press the buttons on our PV's.
there isn't any pressurization nor any thing
approaching any controlled industrial process going on.
when you press the button it has to work. why?
remember water starts evaporating due to heat at 180F
at sea level.
like i said nice try.
regards
mike
Back to my dyketone infested vaping.
Because i really do not care about the composition of a vaporized post.
Wait! I just made a post
Because i really do not care about the composition of a vaporized post.
Wait! I just made a post
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its also proof some people will try to whittle the fence post
into Venus de Milo even though its just a fence post.
regards
mike
You are absolutely correct
Wiki vs. considered accepted standards = laboratory controlled information - okay
I'm putting my knife away
At this point there is no way I am going to attempt to explain vapor to condensate phase change dynamics. You are on your own.
there is pressure change in an atty chamber. Just fire up your dripper or tank at a good wattage and watch the vapor spew out. Seems like that is pressure differential at work there.
I was hoping someone could shed some light on the effect of the deuterium level in the water. That's what we call heavy water. It sinks to the bottom of the tank and tempers the neutron flux in the boundary layer at the coil surface. I think this might be what causes the VG to vaporize at temperatures lower than the nominal boiling temperature, rather than the water itself. I might be wrong though, I'm not a real scientist.
you mean evaporation not vaporization.
It has a specific gravity of 1.036, meaning that it is only slightly more dense than water. Its vapor pressure at normal room temperature is negligible, so propylene glycol does not evaporate to any significant degree.
propylene glycol is hygroscopic, meaning that it can pull water out of the air and dissolve the water. As a result, a sample of propylene glycol left open to the air will gain volume over time as it gains water.
regards
mike
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