What to do with vape honey?
- Thread starter QuasiGreen
- Start date
WarMachine
Well-Known Member
So if I heat it pretty high..?
WarMachine
Well-Known Member
Interesting... Any certain heat temp and time length I should be aiming for? I have about a gram right now on a piece of parchment paper. It has gotten a little more taffy like than runny since it's been exposed to the air and such for a good week. But I'd like to try the heat part to make it harder. Should I maybe throw it in the oven at 300f?
I'll take your word about the resin, rather not taste and find out lol.
I'll take your word about the resin, rather not taste and find out lol.
SnapsProvolone
Well-Known Member
Melting point? What viscosity is "melted"?
In short, decarbing your THCA and CBDA will result in something that's less solid than "shatter" at 72 degrees Fahrenheit.
Note that the reclaim in a rig from shatter dabs are thick honey consistency at 72f. It doesn't get brittle again at 72f once decarbed.
Lol @ your lol
SnapsProvolone
Well-Known Member
You purged some solvent from your goo thus allowing it to harden. Key is, your reclaim from your rig, should be pretty well decarbed, is that hard at room temp?
qwizoking
Well-Known Member
Bro you tripping
First theirs no solvent in pipe resin or my vape, which were the examples given.
Also room temp is generally understood at 26°c or 78°
Its viscosity once melted? Well that largely depends on the temp and purity
Pure decarbed thc is a solid as in ice like solid up to about 140° from my recollection, pure substances don't have a real transition, like ice it melts to water with no drawn out pliability to goop.. I would say its the consistency of very watery syrup if you know what I'm talking about
Cbd and cbn both are significantly harder and more crystalline than thc.
None of these compounds are liquid or soft etc at room temp
First theirs no solvent in pipe resin or my vape, which were the examples given.
Also room temp is generally understood at 26°c or 78°
Its viscosity once melted? Well that largely depends on the temp and purity
Pure decarbed thc is a solid as in ice like solid up to about 140° from my recollection, pure substances don't have a real transition, like ice it melts to water with no drawn out pliability to goop.. I would say its the consistency of very watery syrup if you know what I'm talking about
Cbd and cbn both are significantly harder and more crystalline than thc.
None of these compounds are liquid or soft etc at room temp
SnapsProvolone
Well-Known Member
"Bro you trippin"? I don't have a brother and haven't done LSD in 25 years.
No point arguing. My further silence does not indcate agreement on the matter. IMO (and that of many others) full decarb = "perma goo"
Anything above 74f around here and my wifes in a bad way. Lol
No point arguing. My further silence does not indcate agreement on the matter. IMO (and that of many others) full decarb = "perma goo"
Anything above 74f around here and my wifes in a bad way. Lol
WarMachine
Well-Known Member
Sooo what type of temperature should I aim for and for how long..? 140f..? Or much higher like 300f?
a goo
murdergrow
Active Member
Decarbed does not equal goo. ive made qwiso w decarbed nugs and ended up w shatter
WarMachine
Well-Known Member
As do I,I like taking a couple of dabs at night of reclaim lol.
WarMachine
Well-Known Member
That's why id like to make it a different consistency if possible besides gooey
Texas(THC)
Well-Known Member
Check out this vape reclaim
This Is from cleaning my SSV hose, wand and about 30 metal screens with everclear
It has been evaporating for over 3 days and the consistency is less stable than actual honey
It was capsuled and eaten and was one of the strongest edible highs I've ever had
This Is from cleaning my SSV hose, wand and about 30 metal screens with everclear
It has been evaporating for over 3 days and the consistency is less stable than actual honey
It was capsuled and eaten and was one of the strongest edible highs I've ever had
Daub Marley
Active Member
I've used the Arizer Q for over 3 years now and that has never happened to me. If anything it might get into the silicon, but it does not get through it.
You make the claim you point out the info. It really doesn’t matter because extracts are not pure THC or THC-A and a small amount of another constituent(s) can have a huge effect, so those numbers are basically useless. You probably confused melting point with boiling point anyways.
Yeah, because when you smoke the resin you'll remove the cannabinoids and leave a contaminant rich solid.
qwizoking
Well-Known Member
You make the claim you point out the info. It really doesn’t matter because extracts are not pure THC or THC-A and a small amount of another constituent(s) can have a huge effect, so those numbers are basically useless. You probably confused melting point with boiling point anyways.
No confusion and I'm relating first hand experience with the pure compounds. If other constituents with low melting points are formed due to the presence of other inactive compounds etc then its not related to decarbing. This is my point.
As has been mentioned the fat content and polarity is the main difference between qwiso/qwet and bho (also been mentioned by a few members, the more polar extractions tend to not goo up, ime high heat waxes then to crumble then just degrades from there darkening etc).... Which can obviously be "cracked" or broken down through pyrolysis etc. This fat content which also makes bho hard to purge isn't in traditional vapes and pipes however. If you smoke fresh herb before its even finished drying you'll notice that pipe resin is runny as water and won't collect but pour out the pipe. It will dry to regular res... basically a combination of things (many also not mentioned) depending on origin of the decarbed oil will be the reasoning. imo
One thing is for certain the removal of a carboxyl group does not cause goo.
I was hoping to have an intelligent discussion about this topic but.....
No confusion and I'm relating first hand experience with the pure compounds. If other constituents with low melting points are formed due to the presence of other inactive compounds etc then its not related to decarbing. This is my point.
As has been mentioned the fat content and polarity is the main difference between qwiso/qwet and bho (also been mentioned by a few members, the more polar extractions tend to not goo up, ime high heat waxes then to crumble then just degrades from there darkening etc).... Which can obviously be "cracked" or broken down through pyrolysis etc. This fat content which also makes bho hard to purge isn't in traditional vapes and pipes however. If you smoke fresh herb before its even finished drying you'll notice that pipe resin is runny as water and won't collect but pour out the pipe. It will dry to regular res... basically a combination of things (many also not mentioned) depending on origin of the decarbed oil will be the reasoning. imo
One thing is for certain the removal of a carboxyl group does not cause goo.
I was hoping to have an intelligent discussion about this topic but.....
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