Dibutylone is a synthetic stimulant that belongs to the class of β-keto amphetamines, often categorized under synthetic cathinones. It is a structural analog of methylone and butylone, compounds known for their stimulant and empathogenic properties. Dibutylone has become notable in chemical research due to its unique pharmacological profile, which impacts monoamine neurotransmission. Despite its chemical similarity to recreational substances, Dibutylone is strictly intended for research purposes and is not approved for human consumption.

• Chemical Structure: Dibutylone features a substituted phenethylamine backbone with a β-keto group and a methylenedioxy ring. This configuration influences how it interacts with monoamine transporters.

• Research Classification: It is classified as a designer cathinone used in studies involving dopaminergic and serotonergic systems. These studies aim to understand the effects of β-keto substitution on transporter binding affinity.

• Relation to Methylone and MDMA: Dibutylone shares structural similarities with methylone and MDMA but differs slightly in side chain configuration, which alters its potency and pharmacodynamics.

• Use Case Restrictions: Not approved for human or animal use. It is legally sold only for research purposes such as toxicological assays, receptor profiling, and forensic comparison.

• Market Emergence: It began appearing in forensic labs around 2014–2016, mainly in connection with seized powders and tablets in regions with limited synthetic drug control.

In scientific contexts, Dibutylone is primarily utilized to investigate its activity at neurotransmitter transporters, its metabolic pathways, and its behavioral effects in controlled settings. Researchers often use Dibutylone to explore the effects of synthetic cathinones on the central nervous system, particularly in the areas of dopamine and serotonin regulation.

• Monoamine Transporter Research: Dibutylone is studied for its affinity to the dopamine transporter (DAT), serotonin transporter (SERT), and norepinephrine transporter (NET), helping to reveal its stimulant-like properties.

• Structure-Activity Relationship (SAR) Studies: Its chemical makeup makes it valuable in SAR research, where scientists analyze how minor structural changes affect biological activity and potency.

• Metabolism and Toxicology: It is tested in in vitro and in vivo models to identify its metabolites and assess its potential toxicity and bioaccumulation.

• Comparative Pharmacology: Dibutylone is compared to other substituted cathinones (like butylone, ethylone, and pentylone) to understand variations in their onset, duration, and potency.

• Forensic Profiling: Forensic labs use Dibutylone standards to identify unknown compounds found in confiscated samples, aiding law enforcement and regulatory monitoring.

• Behavioral Assays: Animal studies involving Dibutylone can reveal behavioral effects such as locomotor stimulation or stereotypy, aiding in psychoactive substance classification.

The legal status of Dibutylone varies by country and jurisdiction. While it may be legal in some regions for research purposes, others may regulate or restrict it under analogue laws due to its structural similarity to controlled substances. It is essential for researchers to verify their local legal framework before purchase.

• Unscheduled in Some Countries: In many jurisdictions, Dibutylone is not specifically listed under controlled substance schedules, allowing for legal acquisition for research.

• Analogue Legislation: In places like the United States, Dibutylone may be treated as an analogue of a Schedule I substance, making possession or sale illegal if intended for human consumption.

• Restricted Importation: Customs agencies in certain countries may seize research chemicals at the border if they resemble illegal substances, regardless of actual scheduling.

• Permitted Use: Legal use is typically limited to scientific, forensic, or analytical research by recognized institutions or professionals.

• RC Plug Compliance: We take careful steps to label, package, and declare all shipments in a way that complies with the laws of destination countries and to reduce customs risk.

Dibutylone possesses a distinctive set of physicochemical properties that define its behavior under laboratory conditions. These properties are critical for analytical and formulation purposes, especially in chromatography, solubility testing, and stability assessment.

• Molecular Formula: C13H17NO3 – this reflects its composition of 13 carbon atoms, 17 hydrogen atoms, one nitrogen, and three oxygen atoms.

• Molecular Weight: 235.28 g/mol – relevant for precise dosing and molar concentration calculations during experiments.

• Melting Point: Approximately 170–180°C – useful for confirming identity and evaluating batch purity via melting point apparatus.

• Solubility: Dibutylone dissolves well in ethanol, dimethyl sulfoxide (DMSO), and acetone, making it compatible with most organic solvents used in research.

• Chemical Structure: It features a β-keto group and a methylenedioxy ring, which affects receptor interaction and metabolic stability.

• Stability: Stable when stored in a dry, cool environment away from light and air. Poor storage can lead to hydrolysis or oxidation.

• Appearance: Typically observed as a crystalline powder that ranges in color from beige to off-white depending on crystallization conditions and impurity profile.

To preserve its chemical integrity and prevent degradation, Dibutylone must be stored under controlled laboratory conditions. Its stability can degrade if exposed to moisture, heat, or direct sunlight. Proper storage extends its shelf life and maintains consistency in research outcomes.

• Temperature Control: Ideal storage temperature is ≤ 25°C. Refrigeration is optional but not necessary if stored in a stable room-temperature lab setting.

• Humidity Management: It must be kept away from humid environments. Moisture can lead to breakdown of the β-keto structure or cause clumping.

• Light Protection: Exposure to UV light or direct sunlight can degrade the compound over time. Storage in opaque or amber containers is recommended.

• Air-Tight Containers: Dibutylone should be sealed in vacuum or air-tight packaging to prevent oxidation or contamination from airborne particles.

• Use of Desiccants: For long-term storage, including a silica gel packet or molecular sieve helps maintain dryness inside the container.

• Batch Labeling: Each storage vial should be labeled with the batch number, purity level, and date of receipt to ensure traceability and monitor shelf life.

• Avoid Frequent Opening: Repeated exposure to external air and humidity can compromise compound integrity. Always open the container only when necessary and reseal promptly.

Dibutylone is intended solely for laboratory use, and while it is not inherently more hazardous than other research chemicals, researchers must observe strict laboratory safety protocols. These precautions ensure both personal safety and the integrity of experimental results.

• Personal Protective Equipment (PPE): Researchers should always wear gloves, laboratory coats, and eye protection when handling Dibutylone to prevent accidental skin contact or eye irritation.

• Fume Hood Usage: Handling Dibutylone in a fume hood or well-ventilated area reduces the risk of inhaling airborne particles, especially during weighing or mixing.

• Avoid Ingestion or Inhalation: As a β-keto compound, Dibutylone has unknown toxicology in humans. Researchers must not consume or inhale the substance under any circumstances.

• Use Precision Instruments: Analytical balances and calibrated pipettes should be used for accurate measurements. Cross-contamination with other chemicals should be strictly avoided.

• Proper Waste Disposal: Any leftover material, solvents, or contaminated gloves should be disposed of as chemical waste following institutional and local regulations.

• Emergency Response Access: Laboratories must have eyewash stations and safety showers available. Safety data sheets (SDS) for Dibutylone should be accessible at all times.

• Training Requirements: Only qualified personnel with chemical handling training should be permitted to work with Dibutylone to ensure responsible use and compliance.

While Dibutylone is not routinely screened in most standard drug panels, it may still be detectable under advanced testing methods. Its chemical similarity to controlled stimulants can lead to its identification in forensic and clinical toxicology settings.

• Not Detected in Standard Panels: 5-panel or 10-panel workplace drug tests typically do not include Dibutylone or other research chemicals in their screening.

• Advanced Testing Techniques: Dibutylone can be identified using GC-MS (Gas Chromatography–Mass Spectrometry), LC-MS/MS (Liquid Chromatography–Tandem Mass Spectrometry), or HPLC (High Performance Liquid Chromatography).

• Custom Lab Requests: Specialized forensic laboratories can test for Dibutylone if specifically requested or if unknown synthetic cathinones are suspected in toxicology investigations.

• False Positives with Analogues: Due to structural similarities to cathinones like methylone, Dibutylone may produce false positives or be flagged as an unknown stimulant in broad-spectrum screens.

• Detection Time: The window of detection depends on dose, route of exposure, metabolic rate, and the sensitivity of the testing assay, but detection is typically short due to rapid metabolism.

• Use in Legal Cases: Its detection may be cited in legal contexts where designer drug consumption is suspected or when analyzing contents of seized substances.

• Research Control: Laboratories using Dibutylone should document compound presence to prevent cross-contamination or unintended inclusion in bioassays.

Dibutylone and Methylone are closely related synthetic cathinones that share core chemical features but exhibit distinct pharmacological properties. Comparative analysis is essential for understanding structure-activity relationships (SAR) in stimulant research.

• Structural Differences: Both share the β-keto and methylenedioxy substitution, but Dibutylone has a longer alkyl chain, which may influence lipid solubility and receptor binding duration.

• Pharmacological Potency: Methylone is generally considered slightly more potent in monoamine transporter binding, particularly at the dopamine transporter.

• Duration of Action: Dibutylone typically has a longer duration of effect (3–6 hours) compared to methylone’s average 2–4 hours in lab models.

• Onset Speed: Methylone has a faster onset in both in vitro and in vivo studies, while Dibutylone shows a slower, more gradual receptor engagement.

• Behavioral Response: In animal studies, methylone has produced stronger locomotor stimulation and reinforcement behavior than Dibutylone.

• Metabolic Pathways: Both are metabolized by cytochrome P450 enzymes, but Dibutylone produces slightly more complex metabolites due to its longer side chain.

• Research Suitability: Dibutylone may be favored for studies requiring longer data collection windows, while methylone is better suited for rapid-onset behavioral modeling.

Dibutylone, when stored under recommended laboratory conditions, maintains its chemical stability for extended periods. Shelf life is critical in research environments, especially when preparing long-term sample libraries or recurring assays.

• Estimated Shelf Life: Under optimal storage conditions, Dibutylone remains stable for up to 24 months (2 years), though it should be tested periodically in long-term studies.

• Impact of Exposure: Exposure to air, moisture, or heat can degrade the compound, causing changes in mass, appearance, or reactivity over time.

• Batch-Specific Stability Testing: Each batch sold by RC Plug includes a production and expiry date based on stability testing conducted under controlled temperature and humidity.

• Packaging Influence: Vacuum-sealed, light-protective packaging helps preserve shelf life and protect the compound from environmental degradation.

• Storage Conditions: Shelf life is only guaranteed when stored at ≤ 25°C, in a dry and dark location, with limited air exposure.

• Reactivity Indicators: Researchers should monitor for signs of discoloration, clumping, or unusual odors, which may indicate decomposition.

• COA Validity Duration: Certificates of Analysis typically remain valid for 6–12 months post-production, encouraging researchers to use materials within recommended windows.

No, Dibutylone is not approved for human use under any circumstance. It is a research chemical meant for analytical, forensic, and academic study only. Human exposure, whether intentional or accidental, carries unknown and potentially serious risks.

• Lack of Clinical Trials: Dibutylone has not undergone any formal clinical testing for safety, efficacy, or tolerability in humans.

• Unknown Toxicity Profile: The toxicological effects of Dibutylone on human organs, brain function, or long-term health are not well understood or documented.

• No Medical Applications: It is not approved by regulatory bodies such as the FDA, EMA, or WHO for treatment, supplementation, or diagnostic use.

• Potential for Adverse Effects: Based on structural similarity to known stimulants, Dibutylone may cause adverse cardiovascular, neurological, or psychological effects if ingested.

• Legal Risk: Possession of Dibutylone with intent for consumption may lead to legal consequences under analogue or psychoactive substances legislation.

• Research-Only Disclaimer: RC Plug provides Dibutylone strictly for scientific research use with clear documentation stating it is not for human or veterinary consumption.

• Ethical Restrictions: Ethical boards and research review committees generally prohibit human exposure to untested chemicals, reinforcing the need for responsible handling.

At RC Plug, the purity of our Dibutylone is one of our highest priorities. High-purity standards are essential for producing reproducible research results, minimizing variable interference, and ensuring that studies are based on consistent compound behavior. We only supply Dibutylone that has passed strict analytical testing.

• Guaranteed ≥99% Purity: Every batch of Dibutylone we distribute contains a minimum of 99% active compound, verified by third-party laboratories and in-house quality control.

• Batch-Specific Testing: Each unit is linked to a unique batch number with associated test results, ensuring traceability and accountability across orders.

• HPLC and GC-MS Verified: High-Performance Liquid Chromatography (HPLC) and Gas Chromatography–Mass Spectrometry (GC-MS) are used to analyze and confirm the chemical composition and detect impurities.

• Residual Solvent and Heavy Metal Testing: Our analysis also includes tests for residual solvents and toxic metals to eliminate cross-contamination risks.

• Reagent-Grade Solvents: Solvents and reactants used in synthesis and purification are of the highest analytical grade to ensure compound integrity.

• Documentation Included: A Certificate of Analysis (COA) accompanies every order to confirm purity level and validate the compound’s suitability for research.

• Consistent Quality Across Batches: Quality control ensures minimal batch-to-batch variability, making our Dibutylone highly reliable for longitudinal or comparative research.

Yes, we provide a Certificate of Analysis (COA) with every purchase of Dibutylone. This document plays a crucial role in establishing the credibility, identity, and quality of the compound you’re using. Researchers and institutions alike depend on accurate COA documentation for reproducibility and compliance.

• Included with Every Order: Each Dibutylone unit includes a COA specific to its batch, available in digital and print format.

• Detailed Data: The COA includes molecular identity confirmation, purity level, CAS number, molecular weight, batch number, testing methods used, and stability conditions.

• Third-Party Verification: Many of our COAs are generated or double-verified by independent laboratories using validated analytical instruments.

• Compliant with Regulatory Standards: Our documentation follows the structure recommended by chemical registries and research compliance bodies.

• Traceability & Lab Reporting: The COA allows researchers to trace findings back to specific Dibutylone batches, making reporting in publications or internal logs more rigorous.

• Updated Per Batch Cycle: COAs are batch-specific and not recycled between orders. A new one is issued each time to reflect exact data from the lot you receive.

• Useful for Custom Clearance: In certain countries, having a COA can facilitate customs clearance by identifying the shipment as a legitimate research product.

We take extreme care in ensuring that all Dibutylone shipments are packaged to maintain maximum discretion, security, and product protection. Our discreet packaging strategy is one of the most vital elements of our logistics system, especially for international customers facing strict customs protocols.

• Unmarked Exterior: Packages are plain and have no branding, logos, or product identifiers, minimizing attention and ensuring privacy.

• Tamper-Evident Seals: Inner packaging is sealed with tamper-proof methods to ensure product integrity during transit.

• Vacuum-Sealed Units: Dibutylone is packaged in airtight, vacuum-sealed pouches that protect against contamination, moisture, and air exposure.

• No Chemical Names on Labels: There is no mention of “Dibutylone” or other compound names on the outside of the package. Only generic labels and tracking details are included.

• Customs-Safe Documentation: We include minimal, compliant paperwork that reduces the chance of delays or confiscation during international processing.

• Neutral Sender Information: Return address and sender details are general and non-descriptive, without any reference to chemicals or research.

• Multi-Layer Protection: The internal packaging includes shock-resistant layering to preserve the compound’s physical form during long-distance shipping.

Yes, RC Plug offers same-day shipping for Dibutylone orders placed and paid before our daily processing cutoff. This rapid dispatch ensures minimal delays for researchers with time-sensitive projects and enhances operational efficiency across our distribution chain.

• Same-Day Dispatch Window: Orders confirmed before 1:00 PM (GMT) are typically shipped out on the same business day.

• Fast Handling Team: We have a dedicated logistics team that prioritizes same-day orders for lab, institutional, and urgent academic customers.

• Payment Confirmation Required: Shipping is triggered only after we receive and verify payment via accepted methods (Bitcoin, Zelle, Bank Transfer, etc.).

• Inventory-Ready Supply: Dibutylone is kept in temperature-stable, dispatch-ready storage to ensure swift preparation and release.

• Email Notifications: You will receive real-time order status updates, including tracking information within 12–24 hours of dispatch.

• Available Worldwide: Same-day dispatch is offered to both domestic and international buyers, although delivery timelines may vary by region.

• Courier Coordination: We work closely with international express services to ensure successful pickups and fast customs processing.

At RC Plug, we provide Dibutylone in a range of quantities to suit all levels of research — from individual analysts to large institutional labs. We impose no strict minimum order requirement, giving researchers the flexibility to order only what they need.

• No Hard Minimum: There is no fixed minimum quantity; we offer options starting from milligram-level samples to accommodate micro-scale analytical use.

• Low Volume Options: Ideal for researchers conducting preliminary tests, compound identification, or method calibration.

• Custom Bulk Quotes: For larger laboratories, we offer discounts and custom quotes on bulk orders, typically for 10 grams or more.

• Scalable Packaging: Our packaging adapts to quantity — small amounts are delivered in lab vials or sachets, while larger orders use sealed, vacuum-packed bags.

• Sample Order Availability: First-time buyers or institutions can request small samples for verification purposes before committing to large-scale procurement.

• Flexible Pricing: The price-per-gram typically decreases as order volume increases, making bulk purchases more cost-efficient.

• Repeat Order Convenience: For labs with recurring needs, we can facilitate scheduled shipments based on usage estimates to eliminate reordering delays.

Yes, RC Plug supports custom and bulk orders of Dibutylone for institutions, laboratories, and qualified independent researchers. We recognize that large-scale studies or ongoing projects require consistent supply and specialized service, which is why we’ve developed a dedicated bulk ordering system.

• Bulk Pricing Tiers: We offer volume-based discounts on orders starting from 10 grams and up, with substantial reductions for orders exceeding 50g or 100g.

• Customized Packaging: For large quantities, Dibutylone can be delivered in heat-sealed, moisture-resistant containers to preserve chemical stability.

• Dedicated Account Support: Bulk clients receive access to a specialized account representative to handle order planning, documentation, and communication.

• Recurring Order Scheduling: For institutions conducting long-term studies, we can establish a recurring shipment plan with predictable delivery intervals.

• Compliance Documentation: Bulk orders include batch documentation, safety data sheets (SDS), and customized Certificates of Analysis tailored to your reporting requirements.

• Secure Payment Coordination: We accept high-value payments through verified bank transfers and secure cryptocurrency transactions for large shipments.

• Logistical Assistance: Our team assists with shipping logistics, including customs declarations, courier coordination, and customs documentation.