Isohexedrone is a synthetic stimulant classified under the cathinone family of research chemicals. It is primarily used in laboratory and forensic studies due to its ability to mimic the activity of dopamine and norepinephrine reuptake inhibitors. Isohexedrone has a β-keto-phenethylamine backbone, a molecular architecture commonly associated with compounds that exhibit stimulant-like effects in controlled test environments. While structurally similar to Hexedrone, it possesses distinct pharmacological characteristics that make it valuable for comparing structure-activity relationships (SAR) across similar compounds.

• Chemical Classification: Isohexedrone is a β-keto analogue in the substituted cathinone class, which shares features with amphetamines but differs due to the ketone group at the β-position.

• Research Applications: It is frequently used in dopamine transporter (DAT) binding assays, behavioral pharmacology studies, and stimulant-response modeling.

• Structural Attributes: It features a six-carbon aliphatic chain, which distinguishes it from other cathinones with shorter side chains, contributing to variations in potency and duration.

• Form and Purity: Typically appears as a white crystalline powder, our Isohexedrone is ≥99% pure, ensuring consistent research results.

• Solubility Profile: It dissolves well in common lab solvents like ethanol and DMSO, making it suitable for chromatographic and spectrometric analysis.

• Not for Human Consumption: Clearly marked and labeled for lab use only, Isohexedrone is not approved for medicinal, recreational, or nutritional intake.

• Regulatory Status: As of now, it is not scheduled under many international controlled substance laws, although legality may vary by region.

• Safety Considerations: Due to its stimulant properties, laboratories must follow strict handling protocols to prevent exposure or misuse.

In a scientific context, Isohexedrone is employed to explore stimulant-like properties, especially in dopaminergic and noradrenergic signaling pathways. It offers researchers the ability to investigate how synthetic cathinones interact with neural receptors, reuptake transporters, and cellular pathways.

• Transporter Inhibition Studies: Isohexedrone is evaluated for its potency in blocking the reuptake of dopamine and norepinephrine, helping model neurochemical stimulation.

• SAR (Structure–Activity Relationship) Exploration: Researchers utilize it as a comparative compound to study how side chain length or substitutions affect receptor affinity.

• Behavioral Assays: Used in simulated animal models (non-human), it helps analyze patterns in activity, alertness, and potential reinforcement behavior under lab protocols.

• Forensic Testing: Isohexedrone serves as a reference compound in labs testing unknown seized samples to improve analytical databases and substance identification.

• Metabolism Mapping: The compound is studied in liver microsomes or simulated environments to observe potential metabolites and breakdown pathways.

• Toxicological Screening: It assists in developing new toxicology panels or assessing cross-reactivity in standard stimulant detection assays.

• Chromatographic Calibration: It functions as a test sample for tuning GC-MS or LC-MS instruments, improving identification accuracy of β-ketones.

• Pharmacokinetic Modeling: In vitro and ex vivo studies explore its binding, onset, and clearance under various environmental and biochemical conditions.

Isohexedrone’s chemical structure and properties contribute significantly to its use as a research chemical in neurochemistry and analytical chemistry. Its ketone-functionalized amphetamine-like skeleton allows it to interact selectively with monoamine transporters and produce consistent activity profiles in lab tests.

• IUPAC Name: 2-(methylamino)-1-phenylhexan-1-one; this name reflects its core structure—a substituted ketone on a six-carbon chain attached to a phenyl ring and a methylamino group.

• Molecular Formula: C13H19NO, combining carbon, hydrogen, nitrogen, and oxygen in a ratio ideal for CNS-active compound modeling.

• Molecular Weight: Approximately 205.3 g/mol, useful for mass spectrometry calibration and solution preparation.

• Appearance: White to off-white crystalline powder, highly stable and easy to measure in solid or dissolved form.

• Solubility Characteristics: Highly soluble in ethanol, methanol, and DMSO; low solubility in water, which makes it more appropriate for non-aqueous assay systems.

• Functional Groups: Features a ketone group (C=O) and a secondary amine, which contribute to its reactivity and receptor binding potential.

• Reactivity: Generally stable under room temperature, but susceptible to degradation with prolonged exposure to moisture or UV light.

• Storage Stability: Remains stable for extended periods when stored in a dry, airtight container away from direct sunlight or heat sources.

The legal status of Isohexedrone can vary by jurisdiction, but in many countries, it remains unscheduled or falls within gray legal zones when sold strictly for laboratory and research use. At RC Plug, we ensure all products are labeled and sold with full compliance for non-consumption purposes.

• Unscheduled Status: Isohexedrone is not listed under the Controlled Substances Act in the U.S. or many other countries as of the latest updates, making it accessible for scientific institutions.

• Research Use Only: Our product is clearly labeled as “Not for human consumption” and is intended solely for educational, forensic, or analytical research.

• Documentation Provided: We provide material safety data sheets (MSDS) and batch testing reports upon request, useful for customs clearance and institutional compliance.

• No Prescription Required: Our ordering process does not require any form of medical or government licensing for purchase—only agreement to our research-only terms.

• International Variability: Some countries have broader analogue or psychoactive substance laws that may apply to compounds like Isohexedrone, so researchers are advised to confirm local regulations.

• Customs Handling: In rare cases of seizure or hold, we assist with re-shipment or proper documentation to clear customs when legally permissible.

• B2B Sales: We also accommodate wholesale and institutional buyers with validated accounts in countries where research chemical import is authorized.

• Legal Responsibility: Final responsibility for legal compliance lies with the purchaser; however, we maintain full transparency and assist wherever possible.

Proper storage is essential to maintaining the chemical integrity and potency of Isohexedrone. Without appropriate conditions, this compound can degrade, potentially impacting experimental results or rendering the compound unusable.

• Cool, Dry Storage: Store Isohexedrone in a climate-controlled area ideally between 15–25°C. Avoid humid environments which may cause clumping or hydrolysis.

• Airtight Container: Exposure to air introduces oxygen and moisture, both of which degrade the ketone group and reduce purity. Use vacuum-sealed containers when possible.

• Protection from Light: UV rays can break down molecular bonds over time. Always store the compound in opaque or foil-lined packaging to prevent light exposure.

• Avoid Temperature Fluctuations: Do not store near heating units or windows. Stable temperatures preserve compound structure.

• Use Desiccants: Silica gel or other desiccant packs should be included in the storage container to absorb any incidental moisture.

• Avoid Repeated Opening: For bulk quantities, portion out small amounts for frequent use and leave the bulk sealed.

• Label Clearly: Include name, concentration, and date of acquisition on all containers to avoid misidentification and ensure tracking.

• Shelf Life Estimate: Under optimal conditions, Isohexedrone maintains full integrity for 12–18 months or longer.

Although Isohexedrone is not intended for human use, it must still be treated with the same caution as any active research chemical. Proper laboratory safety protocols help ensure accurate testing and protect researchers from accidental exposure or contamination. Handling errors or improper storage can compromise both safety and data integrity.

• Personal Protective Equipment (PPE): Always wear gloves, lab coats, and eye protection when handling Isohexedrone to avoid skin or eye contact with the raw compound or solutions.

• Use a Fume Hood or Ventilated Area: Avoid inhaling airborne particles. Work under a fume hood or in a well-ventilated lab space to minimize respiratory exposure.

• Avoid Cross-Contamination: Use dedicated tools (weigh boats, spatulas, pipettes) for Isohexedrone only. Cross-contamination with other compounds may skew research results.

• Do Not Ingest or Inhale: Accidental ingestion or inhalation can be hazardous. Never pipette by mouth or handle powder without a mask in enclosed spaces.

• Proper Disposal: Dispose of excess or degraded product according to your institution’s chemical waste policy. Never flush or dispose of Isohexedrone in regular trash or drains.

• Spill Protocols: In case of a spill, contain the material using absorbent paper or a chemical spill kit. Clean surfaces with ethanol and properly dispose of contaminated material.

• Label Everything Clearly: Containers and testing vessels should be labeled with the compound name, batch number, and handling precautions.

• Emergency Action Plan: Labs should have clear emergency protocols for exposure or spills, including first aid access and reporting procedures.

At RC Plug, we maintain a commitment to supplying only the highest-purity research chemicals. Our Isohexedrone is rigorously tested to ensure consistent ≥99% purity, making it suitable for detailed analytical and pharmacological investigations. Purity verification is essential for reproducible, high-quality scientific outcomes.

• Lab-Verified Purity: Each batch is tested using methods like gas chromatography (GC), mass spectrometry (MS), and nuclear magnetic resonance (NMR) to confirm chemical identity and absence of contaminants.

• Certificate of Analysis (COA): We supply a COA upon request with every batch, detailing the compound’s purity level, testing date, and analytical methodology used.

• Batch-to-Batch Consistency: Our production methods ensure minimal variance between batches, which is critical for longitudinal studies and repeatable results.

• No Fillers or Additives: We never use bulking agents, stabilizers, or unidentified compounds in our Isohexedrone—what you receive is exactly what’s listed.

• Strict Environmental Controls: Manufacturing and packaging are done in controlled environments to reduce exposure to moisture, dust, or heat, all of which could affect purity.

• Vacuum Sealed for Integrity: Products are packaged in air-tight, light-resistant pouches that preserve chemical integrity until opened.

• Internal and External Testing: Both our in-house team and third-party laboratories verify the purity and composition of Isohexedrone before it is released for sale.

• Transparent Results: Upon request, we share spectral data and test logs to support peer-reviewed research or institutional audits.

Yes, all orders placed through RC Plug include full shipment tracking. We believe in transparency and accountability, and we understand that real-time delivery updates are critical for both peace of mind and professional logistics, especially for time-sensitive research projects.

• Tracking Number Provided: Every order is assigned a tracking number once it leaves our facility. You’ll receive this via email or your customer dashboard.

• Real-Time Status Updates: Our system provides live updates, so you can monitor when your package is in transit, out for delivery, or delivered.

• Courier Partnerships: We use trusted shipping carriers known for secure and fast delivery. Depending on location, this may include DHL, UPS, USPS, or EMS.

• Discreetly Labeled Packages: While fully trackable, our packaging remains generic and anonymous to preserve privacy during transport.

• Tracking Support: If your tracking number stops updating or encounters customs issues, our support team will work with the carrier to provide updates or intervene.

• Delivery Confirmations: For added security, some regions may require signature confirmation upon delivery.

• Delivery Notifications: You’ll receive email alerts at each key step—dispatch, customs clearance, and arrival.

• Expedited Tracking: For overnight or priority shipments, updates are typically live within hours of dispatch.

Isohexedrone belongs to a broader class of synthetic cathinones but offers a unique balance of stimulant intensity, chemical stability, and manageable research duration. It is especially valued for its predictability and utility in dopaminergic system studies compared to both older and newer cathinones.

• Duration: Isohexedrone has a moderate research duration of 2–4 hours, offering a stable time window for data collection without extended compound degradation.

• Structural Differences: Unlike Hexedrone or 4-MMC, Isohexedrone features a slightly longer aliphatic chain, which can influence its potency and lipid solubility.

• Potency Level: It has moderate to high dopaminergic activity but is generally less intense than MDPV, making it more manageable in receptor or transporter assays.

• Stability Advantage: Isohexedrone is less prone to rapid decomposition than some analogs like methylone or α-PVP, which makes it easier to store and handle.

• Selectivity: Offers more selective transporter binding profiles with less serotonergic activity than 4-MMC, aiding in more focused dopaminergic studies.

• Analytical Behavior: It exhibits clear, distinguishable chromatographic signatures, making it suitable as a marker in complex mixture analysis.

• Experimental Flexibility: Can be used in both in vitro and ex vivo environments without rapid loss of efficacy or integrity.

• Legal Positioning: In regions where other cathinones are scheduled, Isohexedrone may still remain legal, offering a viable research alternative.

Understanding Isohexedrone’s solubility profile is essential for preparing research solutions, especially when working with chromatographic systems, microdosing studies, or biochemical interaction assays. Solvent compatibility also helps prevent precipitation, degradation, and inaccurate concentration measurements.

• High Solubility in Ethanol: Ethanol is one of the preferred solvents due to Isohexedrone’s stable and rapid dissolution in this polar environment.

• Soluble in Methanol and DMSO: Both methanol and DMSO serve as effective solvents for preparing analytical samples for HPLC, GC-MS, or UV-spectroscopy.

• Low Water Solubility: Isohexedrone does not dissolve well in water due to its hydrophobic phenyl ring and extended alkyl side chain, making aqueous solutions less stable.

• Solubility in Acetonitrile: This solvent is often used for analytical applications involving polar and non-polar interaction detection.

• Insoluble in Hexane: As a non-polar solvent, hexane is not suitable for dissolving Isohexedrone, and its use may result in incomplete dissolution or solid precipitation.

• Compatibility with Solvent Blends: Isohexedrone can be dissolved in mixtures like ethanol-water or methanol-buffer systems for layered extraction procedures.

• Recommended Solvent Concentration: Prepare solutions using minimal volumes to avoid excessive dilution; optimal working concentrations vary by assay type.

• Avoid Acidic Solvents: Strong acids may hydrolyze the ketone group, altering the chemical structure and impacting research accuracy.

Yes, every batch of Isohexedrone supplied by RC Plug is backed by a Certificate of Analysis (COA). This document is essential for validating the chemical identity, purity, and usability of the compound in regulated or institutional research settings. A COA supports reproducibility in scientific studies, and helps labs maintain audit-ready documentation.

• Verified Testing Results: The COA includes detailed purity metrics obtained through GC-MS, HPLC, FTIR, and NMR analysis.

• Batch Identification: Each COA is tied to a specific batch number, allowing traceability of the exact product you receive.

• Purity Confirmation: Our Isohexedrone consistently tests at ≥99% purity, ensuring consistency across experiments.

• Contaminant Screening: We test for heavy metals, residual solvents, and other common impurities to confirm product safety and compliance.

• Solubility and Stability Data: The COA may include solubility properties and recommended storage conditions based on empirical findings.

• Legitimacy for Institutional Use: Having a COA is often required by research institutions, universities, and forensic labs to maintain internal compliance.

• Digital and Physical Availability: COAs are available in PDF format upon request or can be printed and shipped with your order.

• Signed and Dated by Lab Technicians: Each document includes a signature from the testing analyst and date of certification.

Isohexedrone exhibits a moderate duration of action in research settings, making it suitable for acute pharmacology and short-term behavioral experiments. Understanding the active lifespan of the compound is essential for planning protocols, dose timing, and measuring peak responses during trials.

• 2–4 Hour Active Window: Under controlled laboratory conditions, Isohexedrone typically exhibits measurable effects for up to 4 hours.

• Fast Onset: Effects in simulated systems are observable within 15–45 minutes, allowing for timely data collection post-administration or exposure.

• Clean Offset: The compound clears predictably in receptor studies, which reduces residual interaction or interference in subsequent tests.

• No Prolonged Aftereffects: Compared to compounds like MDPV or α-PVP, Isohexedrone does not exhibit extended post-activity tailing in receptor models.

• Supports Time-Based Sampling: Ideal for experiments requiring multiple time-point observations such as blood-brain barrier permeability or transporter engagement.

• Useful in Pulse-Stimulus Studies: The manageable duration enables repeated trials without long washout periods.

• Predictable Degradation: It undergoes consistent breakdown in simulated hepatic or enzymatic environments, supporting pharmacokinetic modeling.

• Low Risk of Accumulation: Isohexedrone’s moderate half-life reduces the likelihood of bioaccumulation in ex vivo models.

Yes, RC Plug ships Isohexedrone internationally using discreet, secure, and trackable delivery methods. We understand the global demand for high-quality research materials and have built our logistics network to support academic and institutional buyers in most regions. While we ship worldwide, it is the buyer’s responsibility to confirm local import laws.

• Global Delivery Coverage: We ship to North America, Europe, Asia, Oceania, and parts of South America and Africa, depending on local customs regulations.

• Discreet Packaging: All international orders are sent in plain, unbranded packages with no visible indication of the product or vendor.

• Customs Documentation: When required, we include COAs or packing lists to aid customs clearance while maintaining scientific classification (e.g., “For Research Use Only”).

• Shipping Methods: Depending on the country, we use DHL Express, EMS, FedEx, or regional couriers to ensure timely delivery.

• Delivery Estimates: International shipping typically takes 5–12 business days; expedited options are available in many regions.

• Customs Risk Disclosure: While most orders arrive without issue, customs seizures can occur. In such cases, we offer reshipment or alternative solutions where legally possible.

• No Human Use Labeling: All labels clearly state that the product is not intended for consumption, which helps avoid import issues.

• Support with Delays: Our team monitors international shipments and offers documentation support if your order is delayed or held.

Yes. RC Plug provides bulk and wholesale pricing options for universities, contract laboratories, and high-volume research clients. Our wholesale model is designed to ensure that researchers with larger-scale needs receive competitive pricing, consistent product quality, and professional account management.

• Volume-Based Discounts: Price reductions are available for orders exceeding 10g, 50g, or 100g depending on the compound.

• Custom Quotes Available: For larger or recurring purchases, we provide custom quotes tailored to your research requirements and shipment schedule.

• Institutional Contracts: We support formal procurement contracts with academic labs, research institutions, and forensic centers.

• Recurring Shipments: Regular shipments on a monthly or quarterly basis can be scheduled for laboratories with ongoing needs.

• Documentation Bundles: Bulk buyers receive full analytical documentation, batch history, and safety profiles for record-keeping and audit compliance.

• Secure, Insured Shipping: Larger packages are shipped with insurance and additional security features such as serialized labeling.

• Sample Testing Prior to Purchase: Upon request, we can provide small samples for internal testing prior to placing a full order.

• Dedicated Account Manager: High-volume clients are assigned a representative for direct communication, expedited service, and custom solutions.

Isohexedrone is increasingly used in forensic science and toxicological profiling. Its structural similarity to other synthetic cathinones makes it a valuable reference compound for labs developing detection assays, calibrating analytical instruments, or conducting controlled substance identification research.

• Reference Standard Material: It is often used as a control or comparison compound in mass spectrometry and chromatographic methods.

• Fingerprinting and Spectral Matching: Isohexedrone provides clear signatures in GC-MS and FTIR, aiding in the identification of unknown substances in seized material.

• Toxicology Panel Development: Forensic labs may use it to expand or validate drug testing panels, especially in regions where cathinone abuse is prevalent.

• Training and Simulated Scenarios: Used in law enforcement or academic training programs to simulate the detection of synthetic stimulants.

• Emerging Threat Monitoring: As a novel psychoactive substance (NPS), Isohexedrone is studied for trends in illicit markets and potential health risks.

• Stability in Storage: Its consistent stability and slow degradation make it well-suited for long-term analysis and archiving.

• Cross-Reactivity Testing: Used to determine whether current immunoassay or drug detection kits yield false positives or negatives.

• Documentation for Case Reporting: Labs can include Isohexedrone data in case reports, backed by COAs and spectrum reference materials.

At RC Plug, we understand that circumstances can change quickly, and we do our best to accommodate modifications or cancellations when possible. Due to the nature of chemical handling and our commitment to rapid dispatch, there is a short window after purchase during which changes can be made.

• 12-Hour Change Window: Orders can be modified or cancelled within 12 hours after placement, provided they haven’t been processed for dispatch.

• No Changes After Dispatch: Once a tracking number has been issued and the package shipped, modifications or cancellations are no longer possible.

• Refunds Issued Promptly: If your order is cancelled in time, refunds are processed quickly using your original payment method (e.g., Bitcoin, Zelle, Bank Transfer).

• Shipping Address Updates: If you need to update the shipping address, contact us immediately. If the order hasn’t left our facility, we will make the adjustment.

• Product Substitution Requests: We may accommodate swaps if requested early, but only for products of equal or lesser value in our catalog.

• Error Correction Guarantee: If there’s a mistake in your order (wrong item or quantity), we’ll correct it at no cost.

• Replacement for Faulty Products: Items that arrive damaged, contaminated, or incorrect are eligible for a full replacement or refund within 30 days.

• Dedicated Support for Urgent Changes: We prioritize tickets flagged as time-sensitive and respond within a few hours during business days.