great info thanks guys
That is so cool. What made it do that?
Thca
Cold crash
Some solventless hash diamonds I made for headstash strain is gg#4
How long did it take to cold crash that thca out? That’s impressive
slown down the temp after the heat tratament?
That’s beautiful!
If you’re asking about how they’re made then there is a thread on it, tldr is make thca isolate from rosin then melt the thca back into a clear slab then break it up and reintroduce with the terps.
The name solventless diamonds is a misnomer as it’s not actually crystalline but that’s what people call em so ![]()
Rolling the slab into a snake makes for nicer looking diamonds but you have to work hot cause high purity thca cools fast. The first press I do 160f and keep that for the terps and everything that’s pressed at higher temp is just smoke while I press.
ohh a crystalinemass with terp… Not diamonds… still is a THCA picture, nice and tasty for sure.
Real Diamonds from rosin involves heat after press the full melt
If it was crystalline it would be a diamond, technically I believe they’d be refered to as an amorphous solid.
Rosin can’t grow much further than sugar using jar/jam Tek so for large “stones” it’s this tek
Rosin can grow diamonds too, depende of the terps profile and how much value thems, and sacrifice a litlle thca to descaboxilation. External pressure can help for retention, retention for not evaporate the “solvent” and make sugar
They are a thing but still I’ve yet to see anyone produce one larger than a pea using jar/jam Tek, that’s why I said for large stones it’s the separation Tek.
Diet.funk on ig is where I learned how to do em but the stones are all small, most strains won’t even get to that point and ends up as a chunky sugar
I’ve heard of people experimenting with melting mechanical thca into terpenes (limonene iirc but it’s been a while) then evaporating off to induce crystalization. Never saw anything come of it so idk if he ever tried it but that’d allow you to grow big gram diamonds from rosin
maybe Swings with the temp, doing cycles temp act as a recrystallization, growing biggers from smallers during crystallization.









