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| Research Chemicals Piperazines, Phenethylamines, Tryptamines & other Research Chemicals or designer drugs. |
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#1
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This is a query for those of you who know people who have come across different RC's. In a perfect world, RC's would be 100% pure and their appearance would correspond exactly with the description in pikal/<st1:City><st1 lace>tikal</st1 lace></st1:City>.Is this the case with RC's you have seen? Trying to be as specific as possible in terms of colour, consistency (clumped, powdery etc), homogeneity (a single pure substance, or something different distinct parts) etc. Hotlinking to a picture of an RC would be ideal for those of you with digital cameras. (you can host images @ imageshack.us) Remember, if you're taking a picture of a light coloured substance, a dark background will give the best results. <br style=""> Why am I so interested? A friend of mine recently came across a couple of RC's that didn't quite meet what he expected in terms of their physical appearance. He compared them to only one or two pictures hosted on Erowid, and was unable to find any other pictures around the net. It is possible that there is a variation in physical appearance within a reasonably pure substance depending on how it was prepared. Perhaps some RC’s are sold with “filler” chemicals to bulk them up. So let me start off with my friends description of a couple RC's he happened across: <b style="">2-CI[/b] This sample was pure white and sparkly.It did not bunch into larger clumps. In fact, it was a consistent sample of very fine "crystal bristles" ranging from near powder to 1mm in length. <b style="">5-Meo-Dipt[/b] This sample was off white - pinkish or orangeish. Much of the sample was made up of .5mm "flakes". As the bag was tilted, these flakes sparkled each in turn. This sample contained many irregular clumps. Oddly, it also had in it larger pink/brown crystal chunks that seemed to be distinctly different from the bulk of the material. This sample was on sale – perhaps it was the last of a large batch. Anyone else have some descriptions or photos of stuff they or their friends may have seen? |
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#2
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That is fairly similar to the visual description of my 2c-i, almost spot on. I had slight crystal clumpage but very small maybe 2mm tops. I guess you could add that my 2c-i looked 'fluffy' in a very solid hard way, if that makes any sense. |
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#3
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5-meo-Dipt: Fine, white powder crystals with a slight pink hue, no lumps or flakes,reflected lightthe same way snowdoes when it's really cold(sparkling), "fluffy". AMT- Slightly yellow crystals,more lumps than 5-meo-Dipt, smells like the fur from a clean dog(I know it sounds weird, but it really does, Alaskan husky, if anyone is curious). Both compounds taste horrible, the AMT slightly worse than the 5-meo-Dipt. Both dissolve quickly in alcohol, but AMT dissolves slower. Hopethis helps.Edited by: sunyata |
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#4
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Refering to chems described in my first post: 2ci & a metric ruler (click to load) ![]() 2ci & a penny ![]() 5meo-Dipt & a metric ruler ![]() 5meo-Dipt & a penny ![]() the 5meo-dipt in these pic's looks more pinkish/orangeish in real life I should also mention that this is what I was sent by a supplier, these aren't neccesarily pics of what these chemicals actually look like. Although said supplier supposedly does have a good reputation. Edited by: Dualpower |
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#5
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how much mgs was the 2ci in the first pic with the ruler? thanks |
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#6
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buy some scales dreeker,dont judge by eye!
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#7
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"how much mgs was the 2ci in the first pic with the ruler?"
My friend says he just shook some out of the bag in order to take a picture of it. And serpent is right. Get some scales, or put the drugs on the shelf. |
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#8
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In SWIM's experience, AMT is a fine white to slightly-off white to faint yellowish-white power that is more powdery than crystalline (almost like ground-up chalk) and has a pungent DMT-like odor (not identical to the smell of DMT, but very similar/tryptamine-esque). The more the AMT is exposed to oxygen/aged, the more it smells/became slightly off-white and then clumped together into one chunk (1 gram in a tinted vial). 5-MeO-DIPT in the purest form SWIM has seen is white and crystalline to slightly tan, and with a subtle tryptamine odor. SWIM has also seen very pure 5-MeO-DIPT than was rather light-tan/khaki and in tiny 1mm rod-like/needle-like crystals that "sparkled" like cold icy snow when rotated in semi-direct light (the "needle-like "crystals were different than "needle-like" crystals SWIM had seen of 2C-B). 2C-I is fluffy white and sometimes "bright", and rarely off-white, simliar to 2C-B HCL but a bit less crystalline and more powdery fluffy. As described earlier in this thread, it reflected light and "sparkled" a bit, but not in the "snowy" reflective fashion that 5-MeO-DIPT responded to light and movement. 2C-T-7 is finer than 2C-I in consistency, and less fluffy and crystalline. It is most often light-tan in SWIM's experience, but is sometimes (rarely) white that gradually fades to tan over time and exposure. 5-MeO-DMT is chunky and crystalline like methamphetamine (but not really in the "shard-like" crystals that meth has), and ranges from a pale semi-translucent yellowish to an off-whitish/white to translucent/clear/water-white. It lacks the classic "tryptamine" odour but has its own distinct smell that is much more subtle than n,n-DMT or AMT and is kind of "sweet" smelling. The smell is stronger when the substance is melted/vaporized. Upon being exposed to open air for longer periods of time, the yellowish colour increases and it can even become ever-so-slightly reddish-hued. If the substance reaches this reddish-hued state, it is seemingly rather oxidized from the atmosphere and will have lost a good deal of its potency. DPT HCL is light-tan, often with faint purplish hues, but occasionally and quite rarely it is whitish to off-white. It sometimes has a very faint odour most reminiscent of 5-MeO-DMT, but still different. It is powdery and not very crystalline, but it still reflects light a bit. IMO, with all RCs the ideal purest forms would be pure white powders. But with different methods of synthesis/xtalization used to manufacture the compounds, and different lengths and conditions of storage, the textures and colours are bound to change from batch to batch. Even if an RC seems "impure" it could be from extended exposure to moisture or oxygen/air or hot temps, but is most likely not "cut" or adulterated with any foreign substance. The liability and damaging effect this would have on a supplier, should the word get out that their products were adulterated, is too much to risk IMO for most companies, and would soon be detected by researchers with access to the proper testing equipment. SWIM has had RCS in a myriad of different hues and textures, with often surprising results as to the apparent subjective purity and potency of each substance. The only way to know for sure is to get a Mecke or Marquis reagent kit and do a field test, or send the compound somewhere where its identity can be accurately verified. <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> Edited by: Eirias |
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#9
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Quote:
I checked out these tests on dancesafe.org. They don't seem like they would be very useful for IDing RC's, but then I don't know the mechanics of how they work. Would a positive for 2ct7, for instance, be indicative of a 2c-like substance? What kind of lab would you send this too? If only my friend were still in school - he had his own lab with some ridiculously hi-tech mass spectrometer. |
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#10
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There used to be a lab you could send any substance and have it verified, and even Sasha Shulgin was performing this service for awhile. But nowadays your best chance would be to send it to the labs at DanceSafe or EcstasyData.org if they are up and running, and act like it's an "Ecstasy" pill that you want to have tested. They can't/won't test it if you say that it wasn't sold as or represented as or otherwise "supposed to be" MD(M)A. The Marquis reagent probably wouldn't be very helpful in all reality, and even the Mecke reagent is still a bit general in its analytical capabilities, but it could at least determine if the substance was either "MD-like" or "2C-like". For indolic substances like tryptamines, there is a reagent that can be prepared fairly easily to determine the presence of any indolic compound, and I believe that Rhodium's site had instructions on how to prepare it. Another option if you are chemistry-literate would be to do some type of simple liquid "spot" chromatography, and then compare the results with the chromatographic guidelines for whatever compound you were testing. <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> <!-- var SymRealOnLoad; var SymReal; Sym() { window.open = SymWinOpen; if(SymReal != null) SymReal(); } SymOnLoad() { if(SymRealOnLoad != null) SymRealOnLoad(); window.open = SymRealWinOpen; SymReal = window.; window. = Sym; } SymRealOnLoad = window.onload; window.onload = SymOnLoad; //--> Edited by: Eirias |
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#11
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<b style="">TMA-2[/b]
This sample was off white - pinkish or purplish. Much of the sample was made up of .2mm "flakes". The flakes didn't sparkled at all. This sample contained many irregular clumps. TMA-2 & a penny ![]() A 100mg TMA-2 bag ![]() TMA-2 Zoom ![]() Note: The bag was never open before taking the picture. |
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