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Once upon a timeless moment, Mark Herbert <[EMAIL PROTECTED]> hallucinated: > In article ><[EMAIL PROTECTED]>, > "Charos" <[EMAIL PROTECTED]> wrote: > >> Hey all, I was curious about the safety of using Isopropyl alcohol for >> measuring means rather than Ethanol. I find that using vodka (besides being >> somewhat expensive) tends to take some time to evaporate in order to get a >> measured dose of powder thanks to the added water aspect of it. I was >> wondering if I used the same amount of Isopropyl alcohol if that would be >> any more effective as it tends to evaporate almost immediately. I tried a >> similar amount of vodka and rubbing alcohol spread out on a plate and the >> rubbing alcohol evaporated within a couple of minutes while the vodka took >> well over 1 and a half hours. Not to mention I can buy a small bottle of >> rubbing alcohol for MUCH cheaper than I would pay for a bottle of Vodka. >> I'm using this for DPT, I was curious as to whether DPT would be soluble in >> rubbing alcohol (I'm assuming so as it's soluble enough in water)...and >> beyond that whether it's safe to use as a medium to measure doses. Will >> there be any noticeable residue left behind? Any other safety issues? Of >> course I would ensure that ALL liquid was entirely evaporated before >> collecting the crystals left behind so as to minimize any of my research >> subjects insufflation of unknown substances. Thanks for any help... :) > > If you have access to pure diethyl ether, you could have the option of a > very fast evaporating solution or, if you are bold, ether can be imbibed > in limited quantities! > The fumes can also crawl to nearest ignition source.... > I'd imagine 99% or even 90% isopropanol would work fine for your > purposes, but you may want to evaporate a 10mL sample in a watch glass > or shotglass and not use it if you are left with a significant solid > residuum. Why not just get some Everclear? I believe it comes in > 190proof, that's not much water to leave behind. It may be unavailable > where you live, though.
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