FREQUENTLY ASKED QUESTION
What are research chemicals?
Research chemicals are compounds intended solely for laboratory research, testing, and analytical purposes. They are not for human or veterinary use.
How do I place an order?
To place an order, browse our product catalog, add the items you wish to purchase to your cart, and proceed to checkout. You will be guided through the payment and shipping information process.
Do you sell liquid or powder forms RCs?
Both options are available, depending on the compound. Each product description lists its available forms.
Do you offer discreet & worldwide shipping?
Yes. We ship all our order discreetly and successfully ship to a good number of countries frequently with no hassle.
How can I verify product authenticity?
Each package includes a batch ID matching the corresponding Certificate of Analysis. You can verify with our support team.
Will a drug test catch them?
Generally no. Standard drug panels only test for known substances. Unless the lab specifically knows what to look for, a research chemical won’t show up. This cuts both ways: if you end up in the ER, doctors also won’t know what you took
Where can I find reliable dosage information?
PsychonautWiki and TripSit are the standard references for dose ranges, duration, and effects . Erowid has extensive experience reports and the “Importance of Measured Doses” guide. Reddit experience reports are useful but unverified—cross-reference multiple sources . The Swiss Saferparty and Dutch Trimbos Institute publish drug checking data that reveals what’s actually circulating in the market .
Why is dosing so dangerous with these substances?
Many are active at milligram or microgram levels. Crystalline materials differ in “fluffiness”—same mass can vary dramatically in volume. Even careful eyeballing produces 10-30 mg errors . A precision milligram scale (~€20) has too much margin of error below 30mg. Volumetric dosing (dissolving in liquid) is more accurate .
What are the main types of research chemicals and what effects do they produce?
Four main categories. Stimulants (cathinones like 3-MMC, NEP) produce energy, euphoria, increased sociability—similar to amphetamine or MDMA. Psychedelics (tryptamines like 4-Pro-MET, lysergamides) alter perception, produce visual and sensory changes. Dissociatives (ketamine analogues like 2-FDCK, O-PCE) produce detachment, altered consciousness. Benzodiazepines (bromazolam, pyrazolam) produce sedation, anxiety relief, muscle relaxation
Why do people use these instead of regular drugs?
Three reasons. One: During the legal window, they can be bought openly. Two: Some mimic classic drugs (4-MMC mimics MDMA, for example). Three: Some users mistakenly believe “research grade” means safer or purer. It doesn’t .
Can I mix research chemicals with alcohol or other drugs?
Don’t… Erowid: “Even with well-studied drugs, combinations can produce unexpected results. With new, barely studied drugs, we don’t fully understand what they do on their own, much less in combinations” . Swiss harm reduction advises not to consume RC with other substances, especially alcohol, due to “unpredictable interactions”.
What's the biggest mistake people make?
Taking too much before knowing the effects. A Reddit post from r/researchchemicals described someone who took 2 grams of 3-CMC—roughly 12x a standard dose . Community response: “If that was at once you need to call 911, your life is in danger.” Even high-dose 3-MMC is considered 350 mg. The difference between a strong experience and a medical emergency can be a few hundred milligrams.