2-NMC is a synthetic cathinone belonging to the β-keto amphetamine class, primarily investigated in laboratory settings for its structural and pharmacological similarity to compounds such as 3-MMC and 4-MMC. It has garnered interest among researchers conducting studies on monoamine transporters, receptor binding profiles, and behavioral pharmacology due to its stimulant-like structure. Although not intended for human use, its controlled in vitro applications make it a critical tool for comparative analysis and neurochemical modeling.

• Classified as a substituted cathinone: 2-NMC is a derivative of cathinone, characterized by the presence of a β-ketone functional group, placing it in the same class as popular research compounds like mephedrone.

• Investigated for transporter affinity: It is frequently tested for its interactions with dopamine (DAT), norepinephrine (NET), and serotonin (SERT) transporters, helping researchers understand stimulant selectivity and action.

• Utilized in receptor mapping: Labs often use 2-NMC in receptor binding studies to determine its affinity and potential modulation of key neurochemical pathways.

• Relevant to behavioral toxicology models: In vivo animal studies (where permitted) sometimes use analogs like 2-NMC to investigate behavioral and toxicological patterns of cathinones.

• No therapeutic application: 2-NMC has no approved medical or pharmacological uses and is strictly sold for non-clinical laboratory research.

2-NMC presents a well-defined set of physicochemical traits that support its stability and function in controlled lab environments. Understanding its properties is essential for designing accurate experimental protocols.

• Molecular formula and weight: Its chemical formula is C11H15NO, and the molecular weight is 177.24 g/mol, making it relatively lightweight and manageable for standard dosing in assays.

• Crystal structure: 2-NMC appears as an off-white to white crystalline powder, which reflects high purity and a lack of heavy contaminants or additives.

• Solubility profile: It shows moderate solubility in organic solvents like ethanol, methanol, and acetone. Water solubility is low without pH adjustment, which is typical of many cathinones.

• Melting and boiling range: While exact data may vary between batches, melting typically begins at 170–180°C, consistent with similar β-ketones.

• Chemical stability: 2-NMC remains chemically stable when stored below 25°C, in an airtight container away from moisture and light, ensuring long shelf-life.

Proper storage of 2-NMC is critical to preserve its chemical integrity and prevent degradation. As with most synthetic cathinones, controlled conditions are necessary to maintain long-term viability for research purposes.

• Cool storage temperatures recommended: Ideal storage is in a temperature range below 25°C (77°F), preferably in a climate-controlled environment.

• Airtight containment: Use high-density polyethylene (HDPE) or glass containers with airtight seals to prevent air exposure and humidity intrusion.

• Light sensitivity management: Store the compound in a dark or amber-colored container to avoid photodegradation from UV light.

• Desiccants and silica gel: Including desiccant packets inside the storage unit can prevent moisture-related clumping and chemical alteration.

• Avoid freeze-thaw cycles: Repeated freezing and thawing can impact crystal integrity and consistency, so refrigeration should only be used if research conditions explicitly require it.

The legal status of 2-NMC varies significantly by region and is often subject to interpretation under analogue or blanket psychoactive substance laws. While it may be unscheduled in certain areas, legality must be verified locally before use or importation.

• Unsanctioned in several countries: 2-NMC is not listed under UN-controlled substances and remains unscheduled in various regions, allowing legal purchase for research in those locations.

• Subject to analogue laws: In the United States, the Federal Analogue Act could classify 2-NMC as an illegal analogue of a controlled cathinone if intended for human use.

• Restricted under psychoactive laws: Countries like the UK may consider it banned under the Psychoactive Substances Act 2016, even if not named directly.

• For research use only: RC Plug provides 2-NMC strictly for non-human research purposes, and customers must comply with all regional legal requirements.

• Customs responsibility: Buyers are responsible for ensuring the compound can legally enter their country, and we do not ship to regions with known restrictions.

2-NMC serves as a moderately potent analog within the cathinone family, offering a balanced profile of stimulant properties suitable for comparative research. It is often studied alongside structurally similar substances to understand variations in reuptake inhibition and behavioral responses.

• Less potent than 4-MMC: 2-NMC typically exhibits milder stimulant characteristics than mephedrone (4-MMC), making it preferable for safer in vitro assays.

• Comparable to 3-MMC in structure and effects: Both compounds share structural motifs and are often used in tandem for affinity comparisons across monoamine transporters.

• More stable than 2-MMC in testing conditions: Its chemical structure offers slightly more stability in storage and handling, with fewer degradation products reported.

• Preferred in transporter selectivity research: Due to its moderate interaction strength, 2-NMC allows for clearer analysis of binding preferences without overwhelming assay results.

• Less serotonergic impact: Preliminary studies suggest that 2-NMC has weaker interaction with serotonin pathways compared to compounds like 4-MEC or methylone.

At RC Plug, we understand that research needs vary significantly between laboratories, independent researchers, and institutions. That’s why we offer 2-NMC in a range of standardized and bulk quantities designed to suit small-scale analytical work and larger, multi-phase experiments. Our flexible packaging options allow researchers to manage cost, reduce waste, and maintain consistency across testing phases.

• 100mg units for preliminary studies: Ideal for pilot assays, solubility testing, and limited receptor binding analysis. A cost-effective option for early-phase exploration.

• 250mg mid-range packs: Suitable for researchers conducting repeat tests or comparative compound evaluations. Offers better unit pricing per gram than the 100mg option.

• 500mg for intermediate labs: Enables extended in vitro studies such as transporter inhibition or time-course tracking without frequent reordering.

• 1g packages for sustained research: Supports large datasets and long-term testing scenarios, such as metabolic breakdown studies or compound profiling.

• Custom bulk quantities: Labs needing 5g, 10g, or higher may request custom batches. Each is freshly prepared and subject to additional purity verification if required.

• Resealable, tamper-proof packaging: All quantities are sealed in lab-grade containers to ensure zero contamination and ease of repeated access.

Yes, 2-NMC can be purchased from RC Plug without a license or prescription, provided it is used strictly for lawful research purposes. We do not require any official medical or industrial certification for checkout, but buyers must agree to our terms restricting any human or veterinary applications.

• No prescription required: Our platform is open to verified researchers, academics, chemists, and institutional buyers without the need for health licenses.

• Research-only agreement: During checkout, all users must confirm that the product will not be used for consumption, therapy, or recreational use.

• Legal in many jurisdictions: In countries where 2-NMC is not regulated, research-grade access without licenses is permitted under scientific-use exemptions.

• Buyer’s responsibility for compliance: While we don’t require a license, we strongly advise that each customer ensures local laws permit possession and use for research.

• No DEA/controlled shipping: Since 2-NMC is unscheduled in many regions, shipping does not require DEA registration or Schedule I clearance.

Handling 2-NMC, like all research chemicals, requires strict laboratory protocols to ensure both personal safety and experimental integrity. Exposure, improper storage, or incorrect handling may compromise results and pose health risks.

• Always wear appropriate PPE: Lab coats, nitrile gloves, and protective eyewear should be worn during weighing, transferring, or dissolving the compound.

• Use a ventilated space: Work with 2-NMC inside a fume hood or ventilated chamber to avoid accidental inhalation of particulates or fumes from solvents.

• Avoid skin contact: Direct contact with mucous membranes or skin may lead to irritation. If exposure occurs, wash thoroughly with water and seek safety protocol guidance.

• Never ingest or inhale: As a research-only chemical, ingestion or deliberate inhalation is strictly forbidden and dangerous.

• Keep away from unauthorized personnel: Only trained lab personnel should have access to 2-NMC. All containers should be labeled and stored according to lab safety standards.

• Use properly calibrated equipment: When weighing or diluting the powder, ensure all instruments are calibrated to avoid dosage errors that could invalidate test results.

While 2-NMC shares structural similarities with psychoactive substances like mephedrone, no formal clinical evaluation exists regarding its psychoactive effects. All available data stems from chemical research, and any non-laboratory use is unsafe, inappropriate, and prohibited by RC Plug.

• Structurally stimulant-like: The presence of a methylamino group suggests potential stimulant properties via interaction with monoamine transporters.

• No approved pharmacological data: There are no published human studies verifying CNS or behavioral effects. Any assumptions are speculative and based on molecular analogs.

• Sold for lab use only: RC Plug labels and supplies 2-NMC exclusively for research purposes — not for recreational, therapeutic, or diagnostic use.

• Potential for transporter activity: In vitro assays show possible activity at dopamine and norepinephrine transporters, hinting at CNS stimulation under lab conditions.

• Possibility of adverse effects: Without controlled toxicology data, human exposure could lead to unknown or dangerous outcomes.

For optimal performance in lab applications, knowing 2-NMC’s solvent compatibility is essential. Researchers often need to dissolve the compound for use in chromatography, spectroscopy, or receptor binding assays. 2-NMC performs best in certain organic solvents and requires controlled dilution techniques.

• Ethanol (EtOH): Offers reliable solubility for most in vitro assays, especially for quick-dissolution protocols at standard lab temperatures.

• Methanol (MeOH): A common solvent used in HPLC analysis and compound stock solutions, providing strong polarity compatibility with 2-NMC.

• Acetone: Suitable for specific non-aqueous testing environments. Use cautiously due to its volatility and need for sealed conditions.

• Dimethyl sulfoxide (DMSO): Offers excellent solubilizing capabilities, particularly in biological assays where aqueous dilution is later required.

• Limited water solubility: 2-NMC does not dissolve well in neutral-pH water, but slight acidification or surfactant use can improve dissolution marginally.

• Avoid strong acids or bases: These can degrade the β-keto structure and introduce confounding variables into chemical analysis.

Yes, like many synthetic cathinones, 2-NMC can degrade over time if not stored properly. Degradation affects chemical purity, alters analytical outcomes, and may introduce unintended by-products that complicate experimental data. Understanding the conditions that influence degradation is vital for maintaining sample consistency and reliability in research.

• Moisture exposure leads to hydrolysis: When exposed to air or humidity, the β-keto group in 2-NMC is susceptible to hydrolysis, reducing its potency and altering its structure.

• Photodegradation is possible: Ultraviolet light can break down certain molecular bonds in cathinone derivatives, especially when left in transparent or loosely sealed containers.

• Temperature fluctuations accelerate decay: Extended exposure to heat or fluctuating room temperatures can initiate chemical breakdown and reduce assay precision.

• Oxidation occurs in open air: The amine group in 2-NMC may undergo oxidation if the compound is frequently opened or exposed to oxygen without proper sealing.

• Color and texture changes are warning signs: Yellowing of the powder or the formation of clumps may indicate that the compound has absorbed moisture or started to degrade.

• Degradation produces unknown metabolites: Without clear toxicology data, degradation products may present unknown risks or interfere with lab results.

Yes, researchers and suppliers typically use several high-precision analytical techniques to verify the purity of 2-NMC. These assays ensure batch consistency and confirm the chemical’s identity before use in sensitive scientific studies.

• High-Performance Liquid Chromatography (HPLC): The most common method for determining compound purity, capable of identifying and quantifying minor impurities down to parts per million.

• Gas Chromatography-Mass Spectrometry (GC-MS): Used to validate the molecular fingerprint of 2-NMC and detect any structural analogs or contaminants.

• Nuclear Magnetic Resonance (NMR) spectroscopy: Offers insight into molecular structure and chemical integrity, confirming the presence of functional groups.

• Fourier-Transform Infrared Spectroscopy (FTIR): Provides complementary data to HPLC or NMR, especially useful for confirming identity in powdered solid form.

• Batch-specific Certificate of Analysis (CoA): At RC Plug, every 2-NMC shipment includes a CoA showing the exact test results for that production batch.

• Purity threshold ≥98%: All RC Plug 2-NMC is screened to meet or exceed 98% verified purity before packaging and distribution.

Although formal human metabolic studies on 2-NMC are limited, researchers can infer likely metabolic pathways based on its chemical structure and similarities to related cathinones. This is especially relevant in toxicological screening, forensic chemistry, and drug interaction models.

• Primary pathway: N-demethylation: This is a common metabolic reaction among methylamino cathinones, producing a primary amine derivative.

• Hydroxylation of the aromatic ring: Phase I metabolism may involve hydroxylation at the 3-position methyl ring, increasing polarity and facilitating renal excretion.

• Ketone reduction to alcohol: The β-keto group may be reduced to a secondary alcohol in some models, similar to mephedrone metabolism.

• Conjugation via glucuronidation or sulfation: Phase II metabolism typically adds water-soluble groups to facilitate excretion via the kidneys.

• Likely inactive end-metabolites: The metabolic end-products of 2-NMC are likely pharmacologically inactive but may still be detectable in biological fluids.

• Potential cross-reactivity in drug screens: Some metabolites may interfere with broad-spectrum amphetamine drug tests, though 2-NMC itself is not clinically screened.

Yes, 2-NMC is well-suited for use in receptor binding assays, particularly those evaluating monoamine transporter interactions. Its balanced structure and moderate potency allow researchers to study binding preferences, inhibitory constants (Ki), and structure-activity relationships with minimal overstimulation.

• Monoamine transporter profiling: Labs test 2-NMC at dopamine (DAT), norepinephrine (NET), and serotonin (SERT) transporters to determine reuptake inhibition profiles.

• Ki value comparison: Determining the Ki value helps researchers understand how 2-NMC competes with known ligands for transporter sites.

• Structure-activity relationship (SAR) mapping: 2-NMC serves as a model for studying how minor structural changes influence binding behavior and receptor selectivity.

• Useful for comparative inhibition assays: It is frequently tested alongside analogs like 3-MMC, 4-MEC, and MDPV to build transporter inhibition charts.

• Concentration-dependent binding: Researchers use titration curves to determine how receptor affinity varies with dose, useful in pharmacological modeling.

• Moderate affinity ensures clearer readings: Because 2-NMC is neither too potent nor too weak, it yields stable results with minimal receptor desensitization.

Yes, 2-NMC exhibits mild hygroscopic behavior, meaning it can absorb moisture from the surrounding environment. This makes proper storage and handling crucial, especially in regions with high humidity. Failure to prevent moisture exposure can lead to clumping, weight variability, and chemical degradation.

• Absorbs ambient moisture slowly: While not extremely hygroscopic, 2-NMC will draw in water over time if left exposed, particularly in humid conditions.

• Can lead to clumping: Moisture causes the powder to agglomerate, making accurate weighing and dissolution more difficult.

• May affect assay concentrations: Water uptake changes the apparent weight of the compound, skewing calculations if not accounted for.

• Desiccant use is recommended: Including silica gel packets in storage containers can help maintain dryness and prevent changes in physical consistency.

• Double-sealing enhances protection: Storing the product in a sealed plastic bag within an airtight container offers a strong barrier against moisture intrusion.

• Does not affect chemical identity immediately: Initial moisture absorption may not alter structure but does impact usability in precise experimental setups.