Dissolving two substances and evaporating = perfect cut (equal distribution)?

[danceofdays]

I know this isn't that advanced, but I feel like I'll get a better answer here than in OD or BDD.

Say I have two powders at known quantities, one of which is an active drug of high potency (say, MDPV or 2C-E or something), the other being a cut of some kind. I fully dissolve both powders in water or a solvent, which I then evaporate. Will this leave me with crystals/powder that are evenly "mixed" for insufflated use?

In the past I have tried added inert materials to potent chemicals to make nasal dosing easier and more accurate, but it is always very difficult to get the two powders to mix properly by agitating them in a container or mixing them with a card on a flat surface. I'm thinking this method would work a lot better, but I figured I'd ask BL first.

Thanks!

 

[FlippingTop]

I would think so yes, if you didn't move the powders afterwards.

They will come out at a perfect cut right after drying, but then when you have a baggy shake about etc the different molecules will separate again as per usual.

 

[23536]

The one that's less soluble will precipitate first, obviously, so it's possible you'll get layers.

 

[sekio]

If you evaporate it fast enough and mill the resulting powder, I see no reason that it won't work. I did this with 2ce HCL in isopropanol plus cellulose filler once and it seemed to work okay.

 

[kakti]

Based on a friend's experience, no this is not safe, especially with very potent chemicals. Several issues are:

-Different solubilities/saturation points resulting in uneven drying
-Capillary effect resulting in the ends ending up with the last bit of solvent (and the last bit of whatever is most soluble)
-Once you have dried it out, natural gravitational shifting will occur and the components will separate

If you really really want to try at least use food coloring and dye one of the components (probably the active one) and use a solvent that won't redissolve the dye so everything's that color. 95% etoh very poorly dissolves most food colorings. But as I said, I've had several friends essentially waste a gram of 2cx by mixing it with 9g of cut and trying to get a nice 1:10 ratio. Just never works out right and they end up with 10g of unknown purity powder. Even if put into capsules right away it doesn't seem to work so the gravity layering either happens right away, of is a minor cause. I think the solubility and capillary issues are the main problems.

I wonder what the process is to press kilos of coke...blow doesn't usually have a problem with hot spots. Is the key dissolved in a solvent, evaporated in the press and then squeezed? Microgram had a picture of a kilo press one time many years ago but it just seemed like you'd hydraulically press the shit out of the powder like pressing pills. I would think this too would cause hot spots by squeezing different sized molecules over such a large area, whereas with a pill press it doesn't matter where stuff ends up, as long as it's in the pill.

 

[nuke]

Use a pharmaceutical blender with the dry powders

http://dspace.mit.edu/bitstream/handle/1721.1/42945/259190643.pdf