3-MAPB is a synthetic research chemical primarily studied for its interaction with monoamine neurotransmitter systems. Its molecular structure is similar to that of MDMA and other entactogens, making it valuable for exploring serotonin, dopamine, and norepinephrine modulation. Scientists use 3-MAPB to understand empathogenic mechanisms and potential analog behavior in neuropharmacology.

• Receptor Binding Assays
  3-MAPB is widely employed in binding assays to measure affinity to the serotonin transporter (SERT), dopamine transporter (DAT), and norepinephrine transporter (NET). Researchers use this data to map receptor-ligand interactions and evaluate potential analog activity in preclinical models.

• Monoamine Release Studies
  It is studied for its ability to modulate the release and reuptake of monoamines. In vitro studies examine how 3-MAPB influences the release of serotonin and dopamine, which is crucial for understanding the basis of its empathogenic properties.

• Neurotoxicity Evaluation
  Researchers explore whether 3-MAPB shares the neurotoxicity profile of MDMA. This involves examining oxidative stress, mitochondrial function, and long-term neurotransmitter changes following exposure in neuronal cell cultures.

• Pharmacodynamic Comparison
  3-MAPB serves as a comparative agent in studies with structurally similar compounds like 6-APB, MDA, and MDMA. Researchers assess subtle differences in receptor affinity, half-life, and efficacy to better understand functional analogues.

• Behavioral Research (Animal Models)
  Though not for human use, it may be studied in animal models to examine behavioral responses tied to empathogenic or stimulant effects, such as social interaction or locomotor activity.

• Entactogenic Property Analysis
  Its potential entactogenic profile is examined through neurotransmitter release patterns, offering insight into how such compounds may influence emotional connectivity and sensory processing in controlled settings.

3-MAPB is not scheduled at the federal level in most countries, but its legal status may vary regionally. It is crucial for researchers to verify local laws before ordering or possessing the compound. At RC Plug, we sell 3-MAPB strictly for research purposes, and we do not condone human consumption.

• Unscheduled in Many Jurisdictions
  In the U.S. and several other countries, 3-MAPB is currently unscheduled and may be legally purchased for scientific research. However, this status can change, so researchers must verify current regulations.

• Research-Only Sale Policy
  RC Plug only distributes 3-MAPB for legitimate scientific, forensic, or analytical research. Buyers must acknowledge that it is not for human consumption or therapeutic use.

• Analog Acts and Controlled Substance Laws
  In some regions, analog laws may treat compounds like 3-MAPB as controlled if they are structurally similar to banned substances and intended for human use. This makes clear labeling and documentation essential for legal protection.

• Import and Customs Regulations
  While we discreetly package all shipments, customs laws vary. Some countries may require licenses or restrict the import of unscheduled psychoactive substances.

• Responsibility of the Researcher
  Buyers are fully responsible for ensuring compliance with local, national, or institutional regulations when purchasing or handling 3-MAPB.

• Not Approved for Consumption
  This substance is strictly a research chemical and has not been evaluated by any medical authority for safety, toxicity, or efficacy in humans or animals.

Proper storage of 3-MAPB ensures chemical stability, accurate experimental results, and long-term usability. The compound should be kept in a controlled environment, away from light, moisture, and extreme temperatures. Improper storage can degrade its structure and compromise data integrity.

• Cool, Dry Environment Recommended
  3-MAPB should be stored in a room with stable temperatures below 25°C (77°F). Fluctuations in temperature can lead to moisture condensation and degradation of the compound.

• Airtight and Moisture-Proof Containers
  Use tightly sealed containers made of inert material like amber glass or HDPE plastic. Including desiccant packs is strongly advised to prevent humidity exposure.

• Protection from Light
  Light, particularly UV radiation, can degrade many benzofuran compounds over time. Store 3-MAPB in opaque containers or in a dark cabinet to maintain its integrity.

• Inert Atmosphere Storage (Optional)
  For extended storage or bulk quantities, it’s beneficial to store the compound under nitrogen or argon gas to reduce oxidative degradation.

• Refrigeration Acceptable but Not Required
  Storing 3-MAPB in a refrigerator can enhance longevity, but it’s not mandatory if kept dry and cool. Avoid repeated freeze-thaw cycles which can introduce moisture.

• Clearly Labeled and Dated
  All storage containers should be clearly labeled with the compound name, batch number, and date received to track stability over time and maintain lab safety.

The 3-MAPB we supply is ≥98.5% pure, lab-tested, and confirmed using high-end analytical techniques. Purity is essential for reliable research outcomes, especially in receptor binding or neurochemical modeling studies.

• Validated by GC-MS and HPLC
  We use Gas Chromatography–Mass Spectrometry and High-Performance Liquid Chromatography to determine the chemical identity and detect impurities. These tests ensure only the target compound is present in research quantities.

• Purity Certificate Available
  Each batch of 3-MAPB is internally documented. Upon request, we can provide analytical summaries that confirm the testing results and batch integrity.

• No Fillers or Additives
  We do not cut or dilute our compounds. All our research chemicals are sold in their raw, unadulterated form to maintain consistency and analytical validity.

• Batch Consistency Maintained
  Our supply chain follows strict quality assurance standards. Each production batch is verified against master samples to ensure no deviations in quality, color, or crystalline structure.

• Microscopy and Physical QA Checks
  Visual analysis is conducted during packaging to confirm expected morphology (white to off-white crystalline powder) and detect any clumping, discoloration, or moisture.

• Trace Impurity Thresholds Below 1.5%
  Any non-target compounds fall well below the 1.5% threshold, typically representing inert residual solvents or trace isomers that pose no risk to the research process.

Yes, every order placed through RC Plug includes full tracking from dispatch to delivery. We value transparency and control, which is why we work with top logistics partners to keep you informed throughout the shipping process.

• Tracking Number Sent by Email
  Once your payment is confirmed, we send you a unique tracking code via email so you can monitor progress at every stage.

• Real-Time Carrier Updates
  Our tracking integrates with major carriers like USPS, DHL, EMS, and FedEx, enabling real-time updates, location scanning, and estimated delivery windows.

• Available for All Delivery Tiers
  Whether you select standard, express, or overnight shipping, all packages are trackable with no exceptions.

• Discreet Tracking Labels
  Even though packages are tracked, we ensure that external shipping labels do not disclose chemical names or origin company identifiers.

• Reshipment if Undelivered
  If your tracking status shows “stuck” or “undelivered” for more than a reasonable period, we’ll resend your order or issue a refund per our 30-day guarantee.

• Trackable Across Borders
  For international orders, we provide tracking that works with both the origin and destination country’s postal systems, ensuring end-to-end visibility.

At RC Plug, we prioritize secure, flexible, and globally accessible payment methods. We understand that researchers operate across different financial systems, which is why we offer several non-traditional but reliable options for purchasing research chemicals like 3-MAPB. We do not currently accept credit or debit cards due to increased fraud risk and privacy concerns.

• Bitcoin (BTC)
  Bitcoin is our most recommended payment method due to its fast processing, anonymity, and international availability. It is ideal for researchers who value transactional privacy and decentralization. Once your BTC payment is confirmed on the blockchain, your order is processed immediately.

• Zelle (U.S. Customers)
  Zelle is available to researchers within the United States. It offers fast, fee-free transfers between verified U.S. bank accounts. This method is best for domestic transactions needing same-day confirmation.

• CashApp
  CashApp is another U.S.-based option that allows seamless mobile transfers. It’s commonly used due to its user-friendliness and speed. Just follow our instructions during checkout to send funds directly.

• Bank Transfer (Wire)
  For large orders or institutional buyers, bank transfers are a dependable option. We provide detailed wire instructions after checkout. Transfers may take 1–3 business days depending on your bank and country.

• Western Union
  We accept Western Union payments for those who prefer in-person or agent-based payment methods. This option is often used in countries with limited online banking access.

• No Credit Card Option Available
  We do not accept Visa, Mastercard, or other credit cards. This helps protect our operations from fraud and maintains customer discretion. Please choose one of the supported alternatives.

• Confirmation Provided Upon Receipt
  After your payment is received and verified, you’ll get a confirmation email along with your order tracking number. Delays in payment clearance may affect shipping times, especially with bank wires.

No, you do not need a prescription to purchase 3-MAPB from RC Plug. Our research chemicals are not classified as medications or medical devices, and we strictly distribute them for scientific use only. That said, it is your responsibility to ensure lawful use within your jurisdiction and institutional context.

• Research-Only Distribution Policy
  All sales are made under the explicit condition that the compounds are used for laboratory, forensic, or analytical research. We do not market our products for human consumption or clinical use.

• Prescription-Free Access
  Because 3-MAPB is not an approved pharmaceutical product, there is no requirement or legal basis for prescription issuance. Researchers and institutions can place orders freely.

• Regulatory Exemption (In Most Countries)
  In many jurisdictions, unscheduled research chemicals are not governed by the same prescription or licensing regulations as drugs. However, local analog laws may still apply.

• Institutional Buyers Welcome
  University labs, biotech firms, and contract research organizations can purchase directly without physician or pharmacist oversight, provided the compound is used strictly for scientific exploration.

• Buyer Accountability Required
  While we do not request documentation at checkout, buyers are expected to understand and comply with local laws and laboratory safety guidelines.

• Labeling Indicates ‘Not for Human Consumption’
  To reinforce legal clarity and regulatory separation, all our products are labeled with warnings prohibiting human ingestion or misuse.

Yes, 3-MAPB is structurally and functionally similar to MDMA, though it exhibits distinct pharmacological and legal characteristics. Both compounds belong to the empathogen-entactogen category and act primarily by modulating serotonin and dopamine systems. However, 3-MAPB differs in its chemical structure, regulatory status, and research applications.

• Structural Similarity
  3-MAPB shares a similar backbone to MDMA but contains a benzofuran ring instead of the methylenedioxy group. This small change leads to subtle but important differences in receptor affinity and metabolic pathways.

• Mechanism of Action
  Like MDMA, 3-MAPB is believed to act as a serotonin and dopamine releaser. Research shows that it likely increases extracellular levels of these neurotransmitters, producing entactogenic effects in behavioral assays.

• Legal Status Advantage
  While MDMA is a Schedule I controlled substance in most regions, 3-MAPB remains unscheduled in many countries, making it accessible for legitimate laboratory research.

• Reduced Neurotoxicity (Potential)
  Preliminary in-vitro data suggest that 3-MAPB may have a lower neurotoxic potential than MDMA due to its structural configuration, though this remains under study.

• Duration Differences
  Anecdotal and limited preclinical studies suggest that 3-MAPB may have a slightly longer onset and extended duration compared to MDMA, though less intense peak effects.

• Less Behavioral Research Data
  While MDMA has decades of clinical and preclinical data, 3-MAPB remains a newer compound with limited but growing research availability. This offers opportunity for novel exploration.

Yes, we specialize in discreet international and domestic shipping. At RC Plug, we understand the importance of privacy in chemical research logistics. Every order of 3-MAPB is packed to avoid drawing attention and passes smoothly through most customs checkpoints.

• Unbranded Outer Packaging
  All orders are shipped in plain boxes or padded mailers with no company names, logos, or chemical identifiers. This eliminates the risk of package tampering or unwanted attention.

• Internal Vacuum Sealing Available
  We seal the product inside a vacuum bag or foil pack to prevent contamination, odor, or moisture exposure. This also helps contain any accidental spills.

• Customs-Resistant Formatting
  We do not include invoices, MSDS sheets, or chemical labels on the outside of international packages. Instead, documents are either emailed digitally or packed inside discreetly.

• Tamper-Proof, Durable Materials
  Our shipping materials are puncture-resistant, water-resistant, and heat-sealed where necessary, ensuring the product arrives intact even under rough shipping conditions.

• Return Address is Generic
  All return addresses are neutral (e.g., fulfillment centers) and provide no hint of the package’s origin or contents. This protects both sender and recipient privacy.

• Shipping to Sensitive Regions
  We have extensive experience shipping to areas with strict import controls. Contact us for case-by-case advice on regions with known customs challenges.

3-MAPB is a versatile research compound with several established and emerging applications across neuropharmacology, analytical chemistry, and behavioral science. Its unique structure and interaction profile make it ideal for understanding monoamine modulation and structural-activity relationships (SARs).

• Receptor Transporter Affinity Studies
  Researchers use 3-MAPB to measure its binding strength and inhibition constants (Ki) at key monoamine transporters such as SERT, DAT, and NET. These studies help classify its entactogenic potency.

• Comparative Pharmacology
  3-MAPB is often tested alongside other benzofurans and phenethylamines to examine how small structural changes influence activity at serotonin or dopamine receptors.

• In-vitro Electrophysiology
  It may be applied in patch-clamp or voltage-clamp experiments to assess changes in synaptic signaling, ion channel behavior, or neuronal excitability in cultured cells.

• Behavioral Profiling in Animal Models
  Though not for human consumption, 3-MAPB is used in rodent models to assess locomotor activity, social interaction, and conditioned place preference, providing insight into its behavioral impact.

• SAR and Analog Development
  Its unique position between benzofurans and amphetamine analogs makes it a useful scaffold for synthesizing and studying new derivatives with potentially novel properties.

• Metabolic Pathway Identification
  Studies may involve incubating 3-MAPB with liver microsomes or enzyme systems to identify its metabolic breakdown and potential active metabolites.

3-MAPB is typically supplied as a white to off-white crystalline powder, although minor visual variations may occur between batches due to differences in synthesis methods or drying conditions. Its physical characteristics are key to quality assurance, especially in labs that handle multiple analogues. Accurate visual inspection and documentation of appearance help ensure consistency in experimental conditions.

• Crystalline or Powdered Form
  3-MAPB is generally distributed in a fine powder or crystalline form. The consistency allows for easy weighing, dilution, and preparation of solutions in laboratory settings.

• Color Range: White to Off-White
  The standard appearance is a white or very pale beige color. A slight off-white tint does not necessarily indicate impurity but may reflect crystallization variables such as solvent residue or batch age.

• Dry, Free-Flowing Texture
  A high-quality sample should be free-flowing, not clumpy or moist. Moisture retention can affect both mass measurement accuracy and compound stability.

• Odor: Neutral or Mildly Chemical
  Pure 3-MAPB typically has a very faint chemical scent or is odorless. A strong or unusual odor may signal contamination or degradation.

• No Visible Impurities
  There should be no dark specks, fibrous matter, or discoloration in the powder. Visual anomalies can indicate poor synthesis or improper handling.

• Consistency Across Batches
  At RC Plug, we test and inspect each batch visually and microscopically to ensure consistent appearance. Photographic batch documentation is available upon request.

3-MAPB must be handled with care, as with all unregulated psychoactive research chemicals. It is not intended for human or veterinary use and should be treated as a biohazard until proven otherwise. Proper laboratory safety protocols are mandatory when handling 3-MAPB to ensure both user safety and data reliability.

• Use Personal Protective Equipment (PPE)
  Always wear gloves, safety goggles, and a lab coat when handling 3-MAPB. This prevents direct skin or eye exposure, especially during weighing and transfer procedures.

• Avoid Inhalation and Ingestion
  Even trace inhalation of fine powder during transfer or weighing can pose unknown biological risks. Work in a fume hood or ventilated area and avoid any practices that might aerosolize the compound.

• Work in Controlled Environments
  Use 3-MAPB only in certified laboratory settings with proper air filtration and spill management infrastructure. Never handle it in domestic or public areas.

• Keep Away from Heat and Open Flame
  Though not classified as highly flammable, unknown degradation products under heat may be hazardous. Store and work at room temperature or below, away from ignition sources.

• Use Sealed Equipment and Dedicated Tools
  Prevent cross-contamination by using clean, dedicated scoops, scales, and containers. Any equipment in contact with the compound should be marked and cleaned after use.

• Proper Disposal of Waste
  All waste material, including gloves and pipette tips, must be disposed of according to chemical hazard waste regulations. Do not pour residual solutions down the drain.

• Label Clearly and Store Safely
  All containers with 3-MAPB should be labeled with the chemical name, concentration (if in solution), and “Not for Human Consumption” to prevent accidental misuse.

Yes, like most research chemicals, 3-MAPB is subject to chemical degradation over time, particularly when exposed to heat, moisture, or light. Proper storage is critical for maintaining its structural integrity and effectiveness in research applications. Degradation can result in reduced purity, altered results, and safety risks.

• Susceptible to Hydrolysis
  Exposure to humidity can cause hydrolysis or unwanted chemical transformations, especially if stored in a non-airtight container. Always use desiccants and keep lids tightly sealed.

• Light-Induced Degradation
  UV and visible light can trigger photochemical reactions in benzofuran compounds. Prolonged exposure to light may cause breakdown or discoloration of 3-MAPB.

• Oxidative Decay Over Months
  When exposed to oxygen over time, 3-MAPB may slowly oxidize, altering its efficacy or creating by-products that interfere with testing. Inert gas storage is preferred for long-term storage.

• Signs of Degradation
  Changes in color (e.g., from white to yellow or brown), a sour or sharp odor, or clumping can all indicate degradation. Such samples should not be used in precision research.

• Temperature-Sensitive Stability
  Elevated storage temperatures above 25°C may accelerate degradation. Cool or refrigerated environments are recommended for long-term preservation.

• Shelf Life Estimated at 24 Months
  When stored under proper lab conditions — sealed, cool, dry, and dark — 3-MAPB can maintain stability for approximately 24 months. After this point, periodic testing is advisable.

• Degradation Alters Experimental Validity
  Using degraded material can compromise the integrity of receptor-binding, metabolic, or behavioral research. Always verify quality before use.

Yes, RC Plug offers a 30-day full refund or replacement guarantee on all orders, including 3-MAPB. We stand by the quality of our products and the reliability of our shipping. If there is an issue with your order — whether related to delivery, damage, or quality — we are committed to resolving it promptly and professionally.

• 30-Day Satisfaction Guarantee
  If you’re not satisfied with your order for any legitimate reason, contact us within 30 days of receipt for a full refund or reshipment. This applies to purity concerns, wrong product, or delivery issues.

• Lost or Stuck Shipments
  If your order is lost in transit, delayed beyond reason, or never delivered, we will reship at no extra cost or issue a refund once confirmed.

• Damaged Packages
  In the rare case your product arrives physically damaged, contact us immediately with photos. We will replace the shipment after verification.

• Refund Method Matches Payment
  Refunds are typically issued in the same format as payment: Bitcoin refunds are returned in BTC at the current market rate; Zelle, CashApp, and Western Union are refunded directly to the original sender.

• No Refund for Improper Use
  Refunds are not issued for degradation due to improper storage, or if the product is used in violation of our terms (e.g., human consumption).

• Quick Response Guarantee
  Our support team responds to refund or replacement requests within 24–48 hours. We prioritize customer satisfaction as part of our long-term reputation.

Yes, 3-MAPB is well-suited for receptor-binding assays, particularly those focused on serotonin, dopamine, and norepinephrine transporters. Its structural similarity to MDMA and 6-APB makes it an effective candidate in competitive binding studies, functional activity screening, and transporter occupancy evaluations.

• Strong Affinity for SERT and DAT
  3-MAPB has demonstrated moderate-to-high binding affinity for the serotonin and dopamine transporters in in-vitro studies. This makes it suitable for receptor mapping experiments.

• Useful in Competitive Inhibition Tests
  Labs can apply 3-MAPB as a competitive ligand in radioligand binding assays to test how it displaces standard serotonin or dopamine substrates from transporter proteins.

• Applicable in SAR Analysis
  Structure-Activity Relationship (SAR) studies use 3-MAPB to examine how the substitution of functional groups affects pharmacological activity, guiding analog development.

• Functional Assays (Uptake Inhibition)
  It can be used in uptake inhibition studies that measure how efficiently 3-MAPB blocks serotonin reuptake compared to known inhibitors like fluoxetine or MDMA.

• Utility in IC50 Determination
  Researchers can determine the half-maximal inhibitory concentration (IC50) of 3-MAPB for SERT, DAT, and NET. This provides a comparative measure of its potency.

• Reproducible Dose-Response Curves
  When properly handled, 3-MAPB delivers consistent dose-response curves in transporter assays, enabling high-precision pharmacodynamic studies.

• Safe for In-Vitro Use Only
  These applications are limited to cell cultures or membrane preparations. 3-MAPB must not be used in humans or animals without explicit ethical and legal authorization.

3-MAPB and 6-APB are both benzofuran-based compounds studied for their empathogenic and serotonergic properties. While they share similar chemical backbones and research applications, they exhibit unique pharmacological nuances and experimental behaviors. Understanding their differences helps guide precise compound selection for specific research goals.

• Structural Variance
  3-MAPB includes a methylamino group on the side chain, whereas 6-APB contains a more rigid amine substitution. This seemingly minor difference alters receptor binding and metabolic processing.

• Receptor Selectivity Differences
  Preliminary binding studies suggest 3-MAPB may have a slightly higher affinity for dopamine transporters (DAT) than 6-APB, which tends to favor serotonin systems more prominently. These distinctions make them suitable for differentiated neurochemical analysis.

• Duration and Kinetics
  6-APB is generally reported to have a longer onset and duration (up to 10 hours) compared to 3-MAPB (6–8 hours). These kinetic profiles are significant when designing time-based experiments.

• Legal and Availability Status
  Both compounds remain unscheduled in many jurisdictions, but 3-MAPB is less widely distributed. This scarcity may make it more desirable for novel compound exploration in preclinical environments.

• Subjective Effect Modeling (Animal Studies)
  In animal model behavior assays, 3-MAPB has shown slightly more stimulant-like characteristics than 6-APB, which is more sedative-empathogenic. This may reflect their differential monoamine modulation.

• Solubility and Handling
  Both compounds are soluble in ethanol and DMSO but may differ slightly in crystal morphology and water insolubility. Their physical properties affect preparation for receptor-binding and cell-based assays.