3-Methylmethcathinone (3-MMC) is primarily utilized in scientific research to study the pharmacological, toxicological, and structural effects of synthetic cathinones. Because of its structural similarity to mephedrone and its availability in regions where controlled substances are restricted, it serves as a critical compound for analyzing psychostimulant activity and synthetic drug analogs.

• Neurochemical Mechanism Studies
  3-MMC is used to investigate how substituted cathinones interact with serotonin, dopamine, and norepinephrine transporters. Researchers assess its reuptake inhibition profile to understand central nervous system stimulation.

• Behavioral Pharmacology Research
  In preclinical settings, 3-MMC helps researchers model behavioral outcomes such as increased locomotor activity, social interaction, and potential reward mechanisms, often in comparison to classic stimulants like amphetamines.

• Synthetic Drug Analogue Testing
  It plays a key role in structure-activity relationship (SAR) studies that aim to correlate molecular modifications with changes in pharmacological activity, especially in psychoactive analogs.

• Forensic Toxicology Profiling
  Laboratories use 3-MMC to enhance toxicology databases and improve drug detection protocols in forensic investigations. It’s used to validate LC-MS and GC-MS procedures in identifying synthetic cathinones in biological samples.

• Legal Substance Substitution Analysis
  In jurisdictions where other substances like 4-MMC are banned, researchers may use 3-MMC to simulate similar results while maintaining legal compliance in their study environments.

• Binding Affinity Studies
  It is analyzed for its receptor binding affinity across dopamine (D1, D2), serotonin (5-HT2A), and other targets to explore its psychotropic potential and interaction efficiency.

The legal status of 3-Methylmethcathinone is complex and varies significantly between countries and regions. While it is not classified as a controlled substance in some jurisdictions, others have banned or regulated it under analog laws. Researchers are strongly advised to verify its legal standing before placing an order.

• Unscheduled in Certain Jurisdictions
  3-MMC is not specifically listed as a controlled substance in some countries, making it legal to purchase for laboratory or research use.

• Analog Laws and Blanket Bans
  Many countries apply analog or psychoactive substance laws that group 3-MMC with banned substances due to its structural similarity to 4-MMC, despite not being explicitly listed.

• Import Restrictions May Apply
  Even where 3-MMC is legal domestically, importing it can trigger customs inspections or legal issues if documentation is unclear. Proper labeling and declaration are essential.

• We Only Ship to Permitted Regions
  At RC Plug, we only ship 3-MMC to destinations where it is legally permitted. We do not process orders to countries with known restrictions unless the client provides official clearance documentation.

• Buyer Responsibility Clause
  It is the buyer’s responsibility to ensure local compliance before purchase. RC Plug is not liable for legal consequences due to misuse or import violations.

• Support for Legal Inquiries
  Our team offers basic guidance on international shipping policies and known legal limitations, but buyers must consult their local legal authorities for definitive answers.

At RC Plug, the 3-Methylmethcathinone we provide is of the highest available research-grade quality, with verified purity levels of ≥98%. Every batch is analyzed and certified by third-party laboratories to ensure it meets strict chemical and physical quality standards suitable for research.

• ≥98% Lab-Tested Purity
  All of our 3-MMC batches undergo rigorous High-Performance Liquid Chromatography (HPLC) and Gas Chromatography-Mass Spectrometry (GC-MS) testing to confirm purity.

• Certified by Independent Laboratories
  Third-party labs issue Certificates of Analysis (COAs) to verify compound identity, molecular integrity, and absence of synthesis byproducts or contaminants.

• Batch Traceability and Labeling
  Each unit is labeled with batch numbers and COA identifiers, enabling researchers to trace product history and maintain experiment consistency.

• Free of Fillers or Additives
  We do not add any non-declared substances or fillers. Our 3-MMC is delivered in unadulterated form for direct use in chemical, analytical, or biological studies.

• Compliance with Lab-Grade Storage Standards
  Our packaging ensures the compound is not exposed to light, oxygen, or moisture—factors that can degrade purity over time.

• Validated Shelf Life
  Properly stored 3-MMC retains its potency and structural integrity for up to two years, maintaining purity for long-term research applications.

3-Methylmethcathinone is commonly supplied as a crystalline powder, typically ranging in appearance from white to off-white or beige. Its physical form is influenced by its synthesis route, purity level, and storage conditions, although visual variations do not significantly affect chemical composition.

• Crystalline Powder Form
  Our 3-MMC is delivered in a uniform crystalline texture, optimized for easy weighing, dissolution, and experimental handling.

• Color Range: White to Beige
  The powder may appear slightly off-white or beige due to the presence of trace synthesis residues or oxidation under light, though this does not indicate impurity.

• Fine-Grain Texture
  The substance is fine and free-flowing, aiding accurate micro-weighing and consistent sample preparation for analytical applications.

• No Noticeable Odor or Clumps
  Properly stored 3-MMC should be odorless and exhibit no clumping, which can indicate contamination or moisture exposure.

• Packaged in Vacuum-Sealed Containers
  We use airtight and vacuum-sealed pouches to prevent light, air, and humidity from affecting appearance or stability.

• Easy Visual Quality Inspection
  Each shipment is uniform in color and consistency, allowing for immediate quality verification upon receipt by researchers.

To maintain its structural integrity, purity, and effectiveness, 3-Methylmethcathinone should be stored under specific laboratory conditions. Adhering to proper storage guidelines ensures that the compound remains stable and suitable for long-term use in analytical and experimental procedures.

• Store in a Cool, Dry Environment
  Ideal storage temperature is below 25°C. Avoid areas with fluctuating heat or humidity, which can lead to chemical degradation.

• Avoid Direct Light Exposure
  UV and fluorescent light can destabilize the compound over time. Storage in opaque or amber-colored containers is recommended.

• Use Airtight Containers
  Exposure to air can introduce moisture and oxygen that catalyze chemical breakdown. Always use vacuum-sealed or airless containers.

• Keep Away from Organic Vapors
  Store 3-MMC separately from volatile chemicals or acids that could cause cross-contamination or degradation.

• No Freezing Required
  While low temperatures are beneficial, freezing is not necessary and may introduce condensation upon thawing. A temperature-stable cabinet or dry storage box is preferred.

• Label and Date All Storage Units
  Mark containers with acquisition dates, batch numbers, and expiration timelines to ensure proper laboratory inventory control.

3-Methylmethcathinone (3-MMC) is a synthetic cathinone that belongs to the β-keto amphetamine class. Its molecular structure is closely related to cathinone—the natural stimulant found in the khat plant—and to mephedrone (4-MMC), differing primarily in the position of the methyl group on the phenyl ring. Its unique structural features contribute to its pharmacological profile and receptor interactions.

• Beta-Keto Substituted Structure
  Like all cathinones, 3-MMC contains a ketone group at the beta carbon of the side chain, distinguishing it from amphetamines and increasing its polarity.

• Meta-Methyl Substitution
  The “3” in 3-MMC refers to a methyl group attached to the third carbon on the phenyl ring (meta position), as opposed to 4-MMC which has it in the para position. This small variation significantly alters its binding affinity and activity.

• Amine Group Presence
  It possesses a methylated amine group, contributing to its central nervous system activity through enhanced lipophilicity and membrane penetration.

• Chiral Center Configuration
  The alpha carbon adjacent to the amine group is a chiral center, meaning 3-MMC can exist as different enantiomers (R/S), each with potentially different pharmacodynamic properties.

• Chemical Formula and Weight
  Its molecular formula is C11H15NO, and the molecular weight is 177.24 g/mol, making it suitable for standard laboratory handling and preparation.

• Similar Backbone to Other Cathinones
  It shares the same phenethylamine backbone as other synthetic cathinones, enabling comparative SAR (Structure-Activity Relationship) studies.

• Electrophilic Ketone Enhances Transporter Binding
  The ketone group increases its activity at monoamine transporters, influencing stimulant effects and reuptake inhibition.

No. 3-Methylmethcathinone is not intended for human consumption under any circumstances. It is classified as a research chemical and is only to be handled by qualified professionals in laboratory or scientific environments. Misuse can pose serious health and legal consequences.

• For Research Use Only
  All 3-MMC sold by RC Plug is explicitly labeled “not for human consumption” and is meant for use in chemical analysis, forensic validation, or pharmacological modeling.

• Potential Health Hazards
  Ingesting or inhaling 3-MMC can lead to unknown or unpredictable cardiovascular, neurological, and psychological effects due to its stimulant profile.

• Unapproved for Clinical or Medical Use
  3-MMC has not been approved by any regulatory body (such as the FDA or EMA) for use as a medication or supplement.

• Legal Liability and Misuse
  Purchasing with the intent of human consumption may violate local laws and expose individuals or institutions to legal action.

• Labeling and Documentation
  Our packaging includes hazard labels and handling instructions to prevent accidental or intentional misuse.

• Institutional Compliance
  We supply only to laboratories, educational facilities, and qualified professionals with an established research intent.

3-MMC and mephedrone (4-MMC) are structural isomers—compounds with the same molecular formula but different atomic arrangements. Although both are synthetic cathinones and share similar stimulant profiles, their effects and legal status can differ significantly.

• Structural Difference
  The main difference lies in the position of the methyl group on the phenyl ring—3-MMC has it in the meta position, while 4-MMC has it in the para position. This small change can affect potency, receptor binding, and metabolic pathways.

• Slightly Lower Potency
  3-MMC is generally regarded as slightly less potent than mephedrone in terms of stimulant effects, though it remains highly active at monoamine transporters.

• Different Legal Classifications
  While mephedrone is a controlled substance in most jurisdictions, 3-MMC remains unscheduled in several countries, making it a viable research substitute.

• Subjective Effects in Research Models
  Studies suggest that 3-MMC may induce similar behavioral patterns as mephedrone but with a longer onset and slightly more sedating after-effects.

• Longer Shelf Stability
  3-MMC is often considered more stable in storage compared to 4-MMC, making it easier to handle in long-term research settings.

• Analytical Use in Forensic Labs
  3-MMC is increasingly used in toxicology screening panels to identify isomeric differentiation in seized synthetic cathinone samples.

• Availability in Research Markets
  Due to regulatory restrictions on 4-MMC, 3-MMC is more widely accessible for legal chemical and academic research.

The half-life of 3-MMC—defined as the time it takes for half of the substance to be metabolized or eliminated—has not been definitively established due to the lack of human clinical data. However, research modeling and animal studies suggest a moderate half-life range, consistent with other synthetic cathinones.

• Estimated Half-Life: 4–6 Hours
  Based on available animal studies and structural analog comparisons, 3-MMC is believed to have a half-life of approximately 4 to 6 hours when introduced into biological systems.

• Supports Extended Observational Windows
  The moderate duration makes it ideal for time-course studies, behavioral modeling, and pharmacokinetic simulations in laboratory environments.

• Metabolized Primarily in Liver Models
  Like most cathinones, it is expected to be metabolized by liver enzymes such as cytochrome P450, generating mono- and di-hydroxylated metabolites.

• Elimination Pathways Remain Under Study
  Research continues into its renal clearance rates, urinary excretion patterns, and potential metabolic intermediates.

• Longer Duration Than Amphetamine
  Compared to classic amphetamines, 3-MMC may exhibit a longer effect duration due to its structural and metabolic properties.

• Important for Behavioral Pharmacology
  Understanding half-life is crucial for designing dose-response curves and interpreting results in neuropharmacology research.

Due to its psychoactive nature and fine powder form, 3-Methylmethcathinone must be handled using strict laboratory safety standards to protect both the researcher and the work environment. Proper protocols reduce the risk of accidental exposure, contamination, or misuse.

• Wear Appropriate PPE
  Researchers should use nitrile gloves, safety goggles, and laboratory coats to prevent dermal or ocular contact. Respiratory protection is recommended when handling larger volumes or powders.

• Use in Ventilated Laboratory Space
  Work with 3-MMC inside a certified chemical fume hood or well-ventilated laboratory to avoid inhalation of dust particles.

• Avoid Skin and Mucous Membrane Contact
  The compound should never come into contact with open skin or mucous membranes. Any accidental contact must be followed by immediate washing with soap and water.

• Store in Clearly Labeled, Secure Containers
  Use air-tight, chemical-resistant containers, properly labeled with hazard warnings, batch information, and storage instructions.

• Keep Away from Heat and Flame Sources
  While not highly flammable, keeping it away from heat sources minimizes degradation risks and accidental activation.

• Dispose of Waste Properly
  Unused material, equipment rinses, or spills must be disposed of following your institution’s hazardous waste disposal protocol to avoid environmental contamination.

• Restrict Access to Authorized Personnel Only
  Limit access to researchers trained in handling psychoactive and restricted chemicals, particularly in academic or commercial lab settings.

3-Methylmethcathinone (3-MMC) has a molecular weight of 177.24 g/mol, a value that plays a critical role in quantitative research, molar solution preparation, and pharmacokinetic modeling. Understanding its molecular weight is essential for researchers conducting experiments that involve precise dosing or chemical calculations.

• Standard Molar Calculations
  The molecular weight allows researchers to calculate molarity, particularly when dissolving 3-MMC in a solvent for titration, chromatography, or in vitro testing.

• Essential for Analytical Instrument Calibration
  In spectroscopy and mass spectrometry, the known molecular weight serves as a reference for identifying compound-specific ion peaks or fragmentation patterns.

• Supports Drug-Likeness Assessment
  Molecular weight is a key factor in drug-likeness evaluation models like Lipinski’s Rule of Five, even though 3-MMC is not intended for pharmaceutical use.

• Crucial in Receptor Binding Assays
  In pharmacological studies, researchers use molecular weight data to determine receptor binding concentrations (e.g., nanomolar or micromolar ranges).

• Facilitates Accurate Mass Spectrometry Analysis
  Knowing the exact molecular mass helps labs confirm compound identity using high-resolution mass spectrometry (HRMS) during compound profiling.

• Used in Comparative Structure Databases
  Its weight, alongside its SMILES or InChIKey identifiers, allows scientists to register and search the compound in chemical structure databases like PubChem and ChemSpider.

3-MMC has become a versatile compound in research due to its psychoactive properties and structural similarity to other stimulants. It is used in a wide range of disciplines, from forensic toxicology to neurochemical modeling, and plays a significant role in helping researchers understand synthetic stimulant mechanisms.

• Neuropharmacology and Neurotransmitter Studies
  3-MMC is commonly studied for its ability to inhibit serotonin, dopamine, and norepinephrine reuptake. These interactions make it a model compound for exploring monoaminergic signaling.

• Behavioral and Psychological Research
  In animal models, 3-MMC is used to simulate stimulant-like behaviors such as hyperlocomotion, conditioned place preference, and reward seeking, helping researchers understand addictive potentials.

• Analytical Chemistry Validation
  Labs use 3-MMC to develop and validate chromatographic and spectrometric techniques (e.g., GC-MS, LC-MS/MS) for detecting and quantifying synthetic cathinones.

• Forensic Toxicology and Law Enforcement
  It is incorporated into forensic standard libraries to help law enforcement identify cathinone analogs in seized materials or toxicology reports.

• Comparative Structure-Activity Relationship (SAR)
  Researchers analyze 3-MMC alongside its isomers (2-MMC, 4-MMC) to understand how minor structural changes affect receptor interaction, potency, and metabolism.

• Receptor Binding Assays
  Studies are conducted to determine binding affinity at central nervous system receptor sites, supporting broader understanding of cathinone-class compounds in pharmacology.

• Synthetic Pathway Studies
  Organic chemists may study or improve synthesis routes for 3-MMC to ensure higher yields, reduced byproducts, and safer production methods for lab-scale purposes.

Yes, we at RC Plug offer international shipping for 3-MMC, but it is subject to legal status and import regulations in the destination country. Our team works carefully to ensure that your package arrives discreetly, securely, and legally wherever possible.

• Discreet International Shipping Available
  We ship to countries where 3-MMC is not restricted. All packages are unmarked, vacuum-sealed, and customs-friendly to minimize inspection issues.

• Compliance with Local Regulations
  Before shipping internationally, we review local import restrictions. Orders are fulfilled only if 3-MMC is legal in the destination country or the buyer has provided import clearance documentation.

• Customs Documentation Prepared
  To help prevent delays or seizures, we include general lab-use documentation with the shipment. Specific labeling is avoided to maintain discretion.

• Tracking Included with Every Order
  All international orders come with a tracking number so that buyers can follow the shipment from dispatch to delivery.

• Delivery Times May Vary by Region
  While many international orders are fulfilled within 5–10 business days, customs clearance times vary. We aim to minimize delays through efficient logistics.

• Client Responsibility for Import Compliance
  Customers are responsible for understanding and adhering to their country’s import rules. We cannot be held liable for customs seizures in restricted territories.

• Support for Restricted Regions
  If you’re in a location with partial restrictions, we offer guidance on documentation and shipping alternatives that may help facilitate successful delivery.

Yes, at RC Plug, every batch of 3-MMC includes a Certificate of Analysis (COA) to ensure transparency, reliability, and confidence in your research. The COA verifies the compound’s identity, purity, and testing methods used.

• Verifies Compound Identity and Purity
  The COA confirms that the product meets our minimum ≥98% purity requirement using validated methods like HPLC and GC-MS.

• Lists Impurity Profile and Residue Levels
  It includes details about residual solvents, synthesis byproducts, and other minor impurities—ensuring researchers are aware of the chemical’s full profile.

• Includes Batch Number and Testing Date
  Each COA is tied to a specific production batch, helping researchers track consistency and reliability between orders.

• Third-Party Laboratory Validation
  The COAs are issued by independent, ISO-certified labs—not self-reported—offering objectivity and increased trust in the test results.

• Used for Regulatory and Institutional Documentation
  Research institutions and universities often require COAs for compound approval, and ours are formatted to meet such requirements.

• Available in Digital and Physical Form
  Upon request, we can send a digital PDF copy via email or include a hard copy with the shipment.

• Updated with Every New Batch
  We update COAs regularly with each new synthesis batch, ensuring the most accurate and up-to-date information is provided with every order.

3-MMC exhibits moderate solubility in water and excellent solubility in various organic solvents, making it suitable for a wide range of laboratory applications. Understanding solubility is essential for preparing accurate test solutions and avoiding solvation issues in research procedures.

• Moderately Soluble in Water
  While 3-MMC can dissolve in water, it typically requires agitation or slight warming to fully dissolve. This solubility supports aqueous solution-based studies.

• Highly Soluble in Ethanol and Methanol
  3-MMC dissolves rapidly in polar organic solvents like ethanol, methanol, and acetone, which are commonly used in analytical and extraction protocols.

• Compatible with DMSO and Acetonitrile
  Dimethyl sulfoxide (DMSO) and acetonitrile are also effective solvents, especially in in vitro assays or for preparing stock solutions for cell-based experiments.

• Important for Chromatography Applications
  Proper solubility supports liquid chromatography (HPLC/LC-MS) applications, ensuring consistent injection concentrations and accurate peak detection.

• Solubility Affects Reagent Stability
  Researchers should consider the solvent’s ability to maintain chemical stability—some solvents may accelerate degradation under light or heat.

• Solution Preparation Should Be pH Balanced
  When preparing water-based solutions, buffering to neutral pH can enhance solubility and reduce compound breakdown.

• Avoid Excessive Heat During Dissolution
  While warming may aid solubility, excessive heat can degrade 3-MMC’s structure. Use gentle heat if needed and avoid prolonged exposure to high temperatures.

Shipping times for 3-MMC from RC Plug depend on the destination and selected shipping method, but we strive for speed and transparency at every stage. Our streamlined logistics system ensures fast order fulfillment and real-time tracking for both domestic and international shipments.

• Domestic Delivery (U.S. and EU)
  Orders within the U.S. and most of Europe are typically delivered within 1 to 3 business days, with overnight shipping available in select areas.

• International Delivery Time
  For international customers, delivery usually occurs within 5 to 10 business days, depending on customs processing and regional logistics networks.

• Same-Day Dispatch
  Orders confirmed and paid before our cutoff time (usually 12 PM GMT) are shipped the same day to minimize delay.

• Real-Time Order Tracking
  Every order includes a tracking number sent by email, allowing full visibility of your package’s journey from dispatch to delivery.

• Priority Shipping Options
  We offer express courier options (DHL, FedEx, EMS) for urgent research needs, with expedited delivery and optional signature requirements.

• Packaging Built for Speed and Discretion
  Our vacuum-sealed, non-descriptive packaging ensures fast customs clearance with low inspection risk.

• Delays and Support
  If your package is delayed or held in transit, our support team is available to intervene or reissue as per our 30-day replacement policy.