Bodhi Diesel
Cannabis Snob
No, It's not.djonkoman said:umm... thc is a hydrocarbon, so if your oil doesn't contain hydrocarbons I wonder what you're vaping....
No, It's not.djonkoman said:umm... thc is a hydrocarbon, so if your oil doesn't contain hydrocarbons I wonder what you're vaping....
Bodhi Diesel said:No, It's not.djonkoman said:umm... thc is a hydrocarbon, so if your oil doesn't contain hydrocarbons I wonder what you're vaping....
akwardsauce said:definitely dont want to get involved in any of this, but hydrocarbons are just chains of carbons with hydrogens bonding to the "bald spots". they are in so many things. thc has a hydrocarbon tail, but pretty much all fats (lipids) do...its not really considered a "hydrocarbon" itself. those aromatic rings make it pretty stable, more complex, & give it different properties than if they were hydrocarbon chains alone.
side note:
also, although some small hydrocarbons do, not all of the light ones just boil away at lower temperatures (energies). it comes down to how they stack up (like how it takes a lot of energy to pick pennies off of the floor - if pennies had bends instead of being so flat, you could pick em up easier) and other intermolecular forces, etc...
but i do not think the hydrocarbon chain will boil off of the rest of the molecule without a lot of energy and other factors, too.
kind of how saturated fats are nice & smooth & stack up...it makes them really hard to "burn" off. thats why saturated fats are not as good as unsaturated fats (i mean for humans to consume healthwise). they store & build up.
unsaturated fats have bends, folds, and kinks in them, so they cant really stack up as easily as saturated ones. thats why these fats get removed much more easily. (like the penny-on-the-floor example).
but i didnt read what you guys were talking about before the chemistry talk so im just going to exit back out of this. just thought i could contribute that...
EDIT:
& in chemistry, combustion implies oxygen, heat, & light (i know its very vague & not typically how we classify it on this website, but thats what combustion is - not really ash, carcinogens, black stains, etc...but i dont know if we use the chemistry terms interchangeably on FC or not...).
peace!
wake n blake said:... I've also never gotten to try oils/concentrates, though. DAMN YOU, MISSOURI! ha.
funny story, though... my LHS started selling concentrate utensils/domes/etc. I was like, whoa. We don't get that out here... and the dude behind the counter was like "all depends on who you know, man" and I was like "well who the hell do YOU know?" ha.
wake n blake said:I do mostly vape, though. The only times I smoke is when my friends are here and bitch about not getting good hits off my vapes... then I'll let them load whatever. I REALLY need a new glass bong though because I love vaporbonging, but when someone smokes out of your glass rig, you have to clean it right away or it SERIOUSLY taints the amazing vape taste.
wake n blake said:Oh, I know I can make it... I just never have a spare eighth to do a bho run... Friends keep talking about throwing down on the process, but I've yet to see any real dollar bills on the table ha
Bodhi Diesel said:I was curious as to what exact temperatures were involved with the Titanium skillet, so I purchased a laser temperature scanner for this test. I figured I would also use it for checking temps when making extracts.
Here's the results:
Skillet temp. prior to test...
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempbefore.jpg
This is at full temp. skillet glowing dull red...
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempfullheat.jpg
After which the torch is shut off, dabber with concentrate already attached picked up, swing moved into position... and this is the temp. when concentrate is applied to the skillet.
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempdrawing.jpg
The oils are boiling NOT burning, thus producing vapor not smoke.
That's the nature of 99% pure Titanium and a 1/16 of an inch thick skillet.akwardsauce said:Bodhi Diesel said:I was curious as to what exact temperatures were involved with the Titanium skillet, so I purchased a laser temperature scanner for this test. I figured I would also use it for checking temps when making extracts.
Here's the results:
Skillet temp. prior to test...
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempbefore.jpg
This is at full temp. skillet glowing dull red...
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempfullheat.jpg
After which the torch is shut off, dabber with concentrate already attached picked up, swing moved into position... and this is the temp. when concentrate is applied to the skillet.
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempdrawing.jpg
The oils are boiling NOT burning, thus producing vapor not smoke.
very awesome stuff dude...finally some proof that shows that its vapor, not smoke! ive been wondering about this for so long.
so while its being heated its up at like 540ish but as soon as the flame is off, it goes down to 270ish? thats some rapid heat loss!
Bodhi Diesel said:That's the nature of 99% pure Titanium and a 1/16 of an inch thick skillet.akwardsauce said:Bodhi Diesel said:I was curious as to what exact temperatures were involved with the Titanium skillet, so I purchased a laser temperature scanner for this test. I figured I would also use it for checking temps when making extracts.
Here's the results:
Skillet temp. prior to test...
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempbefore.jpg
This is at full temp. skillet glowing dull red...
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempfullheat.jpg
After which the torch is shut off, dabber with concentrate already attached picked up, swing moved into position... and this is the temp. when concentrate is applied to the skillet.
http://i214.photobucket.com/albums/cc117/BodhiDiesel/Forums/Tempdrawing.jpg
The oils are boiling NOT burning, thus producing vapor not smoke.
very awesome stuff dude...finally some proof that shows that its vapor, not smoke! ive been wondering about this for so long.
so while its being heated its up at like 540ish but as soon as the flame is off, it goes down to 270ish? thats some rapid heat loss!
notmyrealUSERname said:Bodhi Diesel said:That's the nature of 99% pure Titanium and a 1/16 of an inch thick skillet.akwardsauce said:very awesome stuff dude...finally some proof that shows that its vapor, not smoke! ive been wondering about this for so long.
so while its being heated its up at like 540ish but as soon as the flame is off, it goes down to 270ish? thats some rapid heat loss!
i am pretty sure that a laser therm. is not a very accurate way to measure the heat of your ti. i think the budtoaster guy suggested that the best way to get accurate temps off of a glassbudvial (in his case) was to use a temp probe. where you actually make contact with the object your measuring. i would love to hear the results of the temps of the ti during a session, if someone was willing to do this experiment....
Accuracy is +/-1 degree C (2 degrees F) from 10 degrees C to 30 degrees C (50 degrees F to 86 degrees F), +/- 1.5% of reading or +/- 1.5 degrees C (3 degrees F) whichever is greater over the balance of the range.
Stu said:I have what may be a stupid question. As I've never used a nail or swing, I don't know what the experience is like and moreover I don't know what the smell of the exhaled smoke and/or vapor is like. Combustion smells very distinctive, while vapor is virtually without a scent. So my question is: what does the exhaled vapor and/or smoke smell like?
Yes.luchiano said:C'mon man do you think I'm stupid?.
You obviously didn't read ALL of my post, genius, because I explained the timing IN DETAIL....luchiano said:How can the temperature go from over 500f when it is a dull red glow, which most people use a sharp red glow so the normal use would be much high temperature, to only 267f right after you disable the torch with no cooling whatsoever?.
The concentrate boiled away at 267f into a thick stream of vapor. This concentrate btw...luchiano said:The fact that you have the temperature at 267f BEFORE using the oil is a lie because it takes a while for bud to vape at 267f so how are you vaping oil which is way thicker and holds more energy at such a low temperature. THC doesn't even boil a little at that temperature.
What's truly sad is that you're so inexperienced in vaporizing concentrates that you want to spread your stupidity to the rest of this forum.luchiano said:I can't believe you stooped this low to defend a technique only to most likely prove me right because I suspect that 267f temperature is after you inhaled cool air through the bong and cooled off the pad which proves the pad isn't stable enough as far as holding heat like real vaporizer is.
BTW, don't try to edit your post when you realize how your story doesn't add up. I know I'm not the only one who notices things are not adding up being that we vaporize and do study temperatures. If someone here has gotten high off of bud at 267f please speak. If you got high off of hash or oil I really want to hear from you because I think you may be the second coming of Jesus Christ.
This is sad man, real sad.
Research 99% pure Titanium and it's heat shedding properties.luchiano said:I read your post and like I stated how can you drop 257 degrees in a matter of seconds using metal that isn't paperthin with no cooling.
You had better give up, because you're wrong. The concentrate boiled away at 290f and continued to boil right down to 220f, when I stopped inhaling.luchiano said:Also, how can you boil away ALL of the oil at 267f when thc has been shown by mercks to boil at 392f. I give up because you are just going to keep lieing even though someone who is analytical will see the holes in your story.
Vaporizing is to keep temperatures lower than combustion... for me....luchiano said:Now it's 290f. What's the next lie?. BTW, still too low of a temperature for oil, and even bud. If it went as low as 220f the oil would just congeal and not vape at all.
Also, your titanium pad is thicker and denser than something thin or like a screen with holes in it so I doubt it will drop that much so fast. Why do you think you need a torch to heat up the metal in the first place, because it's dense and hold's heat. Titanium just cools off faster than others but considering you are heating it way past the temperature needed for herb it is unnecessary unless you want a qucik hit which is up to you but you're going to burn some oils and way more than vaporizing. You will also raise your tolerance too quickly which isn't a good thing but that is another subject.
Vaporizing is all about temperature control and you seem to not get this fact.