Acrylfentanyl is a synthetic opioid analogue widely used in laboratory environments to investigate μ-opioid receptor interactions, structure-activity relationships, and synthetic compound behavior in opioid pharmacology. Due to its high potency and selective binding profile, it is especially valuable in detailed receptor mapping and affinity testing, offering insight into the molecular mechanisms that underlie opioid receptor activity.

• μ-opioid receptor binding analysis
  Acrylfentanyl exhibits strong agonist behavior at the μ-opioid receptor, making it ideal for studies focused on binding kinetics, receptor saturation, and ligand selectivity.

• Structure-activity relationship (SAR) exploration
  The acrylamide substitution allows researchers to study the pharmacological impact of minor structural changes on opioid efficacy and potency.

• Affinity ranking of fentanyl analogues
  Acrylfentanyl’s high binding affinity makes it a benchmark compound in experiments comparing receptor affinity among other fentanyl derivatives.

• Receptor desensitization studies
  Because of its strong and sustained receptor activity, Acrylfentanyl is useful in modeling receptor desensitization and internalization processes.

• Enzyme metabolism and degradation profiling
  It is used to study cytochrome P450 metabolic pathways to understand how structural modifications affect metabolic stability and bioavailability.

The legality of Acrylfentanyl varies significantly depending on jurisdiction. While it is legal to purchase for laboratory research in some regions, it may be classified as a controlled substance or analogue in others. Researchers are responsible for ensuring their intended use complies with local laws.

• United States classification
  In the U.S., Acrylfentanyl is considered a Schedule I substance and is also subject to the Federal Analogue Act, making its possession or sale illegal unless specifically authorized for research by the DEA.

• EU regulatory variation
  In the European Union, regulation is not unified. Some countries classify Acrylfentanyl under national drug laws, while others permit its use for legitimate scientific research.

• Canada and Australia
  Acrylfentanyl is generally controlled under analogue or blanket legislation related to fentanyl analogues, but exceptions exist for licensed research institutions.

• RC Plug’ policy
  We sell exclusively to researchers for non-human laboratory use. Buyers must confirm they understand and accept these legal limitations at checkout.

• No prescription needed through RC Plug
  While no prescription is required to order from us, we expect all customers to use our products strictly for legitimate research purposes.

Acrylfentanyl is a structural analogue of fentanyl, with a distinctive acrylamide group replacing the usual propionamide side chain. This small structural modification significantly enhances the compound’s lipophilicity and receptor affinity, which in turn increases its potency.

• IUPAC name
  The IUPAC designation is N-Phenyl-N-[1-(2-phenylethyl)piperidin-4-yl]acrylamide, reflecting its acrylamide moiety and substituted piperidine backbone.

• Molecular formula and weight
  Acrylfentanyl has a molecular formula of C₂₂H₂₆N₂O and a molecular weight of 334.46 g/mol, aligning it closely with other fentanyl analogues.

• Core scaffold
  It features a piperidine ring with a phenethyl group and a phenyl ring attached to the nitrogen, making it structurally similar to fentanyl but with critical functional changes.

• Acrylamide substitution effect
  The replacement of the propionyl group with an acrylamide moiety increases electron delocalization and potentially enhances binding affinity at the μ-opioid receptor.

• Relevance in SAR studies
  These structural changes allow researchers to evaluate how subtle modifications affect binding affinity, potency, and receptor selectivity.

Acrylfentanyl is significantly more potent than fentanyl, often estimated to be 5 to 10 times stronger based on receptor affinity studies and anecdotal reports from pharmacological models. This increased potency has major implications for both its research applications and handling requirements.

• Higher receptor affinity
  Acrylfentanyl binds more tightly to the μ-opioid receptor, resulting in more pronounced effects at lower concentrations.

• Lower EC₅₀ values
  Studies have shown that the effective concentration for 50% receptor activation is substantially lower for Acrylfentanyl than for fentanyl, confirming its superior potency.

• Greater risk in improper handling
  Due to its potency, even microgram-level exposure can lead to serious outcomes, making it unsuitable for any form of in vivo study.

• Efficient for microdosing studies
  Researchers benefit from its potency by using lower sample volumes, reducing waste and enabling long-term use of small quantities.

• Standard of comparison
  Acrylfentanyl is often used as a reference point in potency comparison charts for novel synthetic opioids.

Handling Acrylfentanyl requires extreme caution due to its ultra-high potency and potential for accidental absorption. All research involving Acrylfentanyl should be conducted in a controlled laboratory setting by qualified personnel equipped with appropriate safety measures.

• Use a certified chemical fume hood
  Acrylfentanyl should never be handled in open air. A fume hood prevents airborne particles from entering the environment and poses the first line of defense against inhalation exposure.

• Wear full personal protective equipment (PPE)
  This includes nitrile gloves, lab coat, safety goggles, and ideally a face shield. Double-gloving and the use of disposable sleeves are recommended for extra protection.

• Utilize closed weighing systems or gloveboxes
  Precision microbalances enclosed in gloveboxes help prevent environmental contamination during weighing and measuring.

• Prevent skin and mucosal contact
  Absorption through skin or mucosal membranes can be extremely dangerous, even in sub-milligram amounts. Never handle without barriers.

• Have naloxone readily available
  While intended for research use only, laboratories handling synthetic opioids should have emergency opioid antagonists like naloxone on hand for accidental exposure scenarios.

• Dispose of waste responsibly
  Acrylfentanyl waste should be treated as hazardous chemical waste and disposed of in compliance with local environmental safety protocols.

Proper storage of Acrylfentanyl is essential for maintaining its chemical stability, preventing degradation, and ensuring research consistency. Like most potent opioid analogues, Acrylfentanyl is sensitive to environmental factors such as temperature, moisture, and light. To preserve its integrity, researchers must implement strict storage protocols using designated laboratory equipment.

• Store at -20°C for long-term stability
  Acrylfentanyl remains chemically stable when stored in ultra-low temperature freezers (−20°C or colder), minimizing the risk of oxidation and degradation over time.

• Use airtight, chemically inert containers
  Glass vials with Teflon-lined screw caps or sealed borosilicate containers are preferred to prevent oxygen and moisture infiltration.

• Protect from light exposure
  Exposure to UV or fluorescent light may lead to photochemical breakdown. Store in opaque or amber-colored containers.

• Use desiccants to prevent humidity damage
  Incorporating silica gel or molecular sieves into storage units helps control internal humidity levels and preserve compound integrity.

• Clearly label with hazard warnings and expiration
  Accurate labeling with the compound name, hazard classification, and date of acquisition helps avoid misuse and supports good lab practices.

• Minimize freeze-thaw cycles
  Frequent temperature fluctuations can accelerate chemical decomposition. Only retrieve small aliquots needed for immediate experiments.

Yes, RC Plug provides both small-scale and bulk quantities of Acrylfentanyl for qualified research institutions and laboratories. Whether you’re conducting targeted assays or full-scale synthesis studies, we can meet your volume requirements while ensuring consistent purity and documented batch control.

• Milligram to gram-scale options available
  We supply units ranging from microgram reference standards to multi-gram lots suitable for extensive receptor profiling or comparative studies.

• Volume-based discounts for institutional orders
  We offer competitive pricing and custom quotes for universities, biotech firms, or independent researchers purchasing in large volumes.

• Dedicated COAs for bulk lots
  Each bulk shipment is accompanied by a certificate of analysis that includes detailed purity, identity, and batch integrity data.

• Batch reservation available
  Laboratories may request standing orders or reserve quantities from consistent batches to ensure reproducibility across ongoing experiments.

• Custom packaging solutions on request
  We can accommodate specific vial sizes, tamper-evident sealing, and moisture-resistant formats to suit different lab protocols.

• Documentation for compliance or import
  Upon request, we provide invoices, technical data sheets, and MSDS documents to support institutional compliance or customs clearance.

At RC Plug, Acrylfentanyl is offered in multiple forms to support diverse laboratory techniques and workflows. The compound’s physical form may influence solubility, handling safety, and preparation processes, so we make sure researchers have options that fit their protocols.

• Powdered form
  Fine, white to off-white powder is the most common and flexible option for preparing solution-based assays or solid-state reactions.

• Crystalline form
  In select batches, Acrylfentanyl may be available as small, stable crystals, which offer advantages in weighing accuracy and physical stability.

• High-flow microgranules (custom)
  On request, we can provide flow-optimized granular formulations designed for automation or high-throughput dosing systems.

• Solubility support data
  Acrylfentanyl dissolves well in organic solvents like ethanol, DMSO, and methanol—information included with all shipments.

• Custom formulations for advanced labs
  We accommodate requests for specific formulations (e.g., solution standards or buffered suspensions) in institutions with documented needs.

While Acrylfentanyl is a fentanyl analogue, it is not always detected in routine drug screening due to its structural variation. Detection typically requires more sensitive and specific analytical methods, such as mass spectrometry, which can distinguish between different synthetic opioid analogues.

• May evade traditional immunoassays
  Standard opioid panels often fail to detect fentanyl analogues, including Acrylfentanyl, unless they are explicitly designed to do so.

• LC-MS/MS recommended for reliable detection
  Liquid chromatography-tandem mass spectrometry (LC-MS/MS) is the gold standard for identifying and quantifying Acrylfentanyl in biological matrices.

• Custom testing panels available
  Some forensic and toxicology labs offer extended screening services that can detect Acrylfentanyl alongside other synthetic opioids.

• Detection thresholds are extremely low
  Due to its potency, even trace amounts may be present post-exposure, making high-sensitivity instrumentation critical.

• Useful in forensic comparison studies
  Research involving metabolite identification, retention time comparisons, or drug degradation models often uses advanced chromatographic techniques.

At RC Plug, we do not require a license to purchase Acrylfentanyl, but customers must agree that the compound will be used exclusively for scientific and analytical research. However, legality varies across jurisdictions, and responsibility for compliance rests with the buyer.

• No license required for eligible research purchases
  We operate under a research-use-only policy. Individuals or institutions do not need DEA or equivalent licensing when ordering from countries where such chemicals are unscheduled.

• Local laws take precedence
  Even though we accept orders globally, customers are responsible for ensuring compliance with their country’s chemical regulations.

• Strictly not for human use
  Acrylfentanyl is sold solely for laboratory testing and analytical research. Any mention of medical, veterinary, or recreational application is prohibited.

• Institutional verification for bulk orders
  For large or repeat orders, we may request proof of affiliation with an academic or laboratory institution to support responsible distribution.

• Ethical sourcing and end-use policy
  By completing your purchase, you confirm the product will not be used in violation of national or international law.

The shelf life of Acrylfentanyl depends on how it is stored and handled. Under ideal laboratory conditions—cool, dry, and dark storage—the compound remains stable for extended periods. Shelf life is an important factor for researchers who require consistent chemical behavior across repeated trials or long-term study durations.

• Up to 24 months when stored properly
  When sealed and kept at -20°C in a moisture-free and dark environment, Acrylfentanyl maintains structural and chemical stability for at least 2 years.

• Shorter shelf life after opening
  Once exposed to air or humidity, its degradation rate increases. Opened containers should be used within 6–12 months depending on environmental controls.

• Photodegradation risk
  Exposure to light, especially UV rays, can trigger the breakdown of the acrylamide moiety. Light-proof containers help avoid potency loss.

• Effect of temperature fluctuations
  Repeated freeze-thaw cycles can cause condensation and molecular instability, which may accelerate degradation or lead to inconsistencies in experimental data.

• Indicators of degradation
  Color change, clumping, or a shift in melting point may indicate the compound is no longer viable for precise analytical work.

Yes, at RC Plug, we provide a full laboratory certificate of analysis (COA) for every batch of Acrylfentanyl we ship. Transparency, traceability, and reproducibility are foundational to scientific research, and we back our products with comprehensive lab verification.

• High-performance liquid chromatography (HPLC)
  All Acrylfentanyl batches are tested via HPLC to confirm purity, ensuring that every vial meets or exceeds the ≥99.3% threshold.

• Mass spectrometry identity testing
  We perform MS analysis to verify molecular structure and detect impurities, including possible by-products or structural isomers.

• Batch-specific COA included
  Each shipment contains a certificate that includes the batch number, date of analysis, purity percentage, and testing methods used.

• Third-party verification
  Some batches are also validated by independent labs to confirm internal results, enhancing trust and regulatory confidence.

• Reanalysis available upon request
  Researchers who require periodic purity testing for long-term studies can request updated COAs if the product is stored over time.

Acrylfentanyl is not suitable for in vivo studies under any circumstances. It is classified for analytical and in vitro research only, due to its extreme potency and high risk of toxicity. Using it in live models—human or animal—is dangerous, unethical, and often illegal.

• Extremely high potency
  Even microgram exposure can be lethal, making in vivo use unsafe without specialized toxicology facilities and ethical clearance.

• Not approved for medical research
  Acrylfentanyl lacks preclinical and clinical safety profiles and is not approved by regulatory bodies for any therapeutic investigation.

• Restricted under animal welfare protocols
  Its unpredictable effects and difficulty in dosing make it incompatible with animal testing under most institutional animal care and use standards.

• In vitro only
  Use is strictly limited to cell cultures, receptor assays, chemical binding studies, and computational modeling.

• RC Plug’ policy forbids in vivo usage
  All buyers must accept our terms prohibiting any use involving living organisms. Misuse may result in blacklisting and reporting.

Due to the ultra-potent nature of Acrylfentanyl, handling requires precise instruments and controlled environments. The right laboratory equipment ensures safety, accuracy, and consistency across experiments.

• Analytical microbalance (μg-level)
  Precise dosing is critical; a microbalance capable of measuring microgram quantities is essential for weighing solid samples accurately.

• Fume hood or ventilated enclosure
  Protects researchers from airborne contamination during handling, weighing, or dissolution of the compound.

• Glovebox (optional but ideal)
  For added containment, gloveboxes with environmental control prevent exposure to researchers and reduce the risk of cross-contamination.

• Glassware rated for solvent use
  Acrylfentanyl dissolves in organic solvents. Use chemically resistant borosilicate glassware to prevent leaching or reaction with container walls.

• Personal protective equipment (PPE)
  Nitrile gloves, protective eyewear, lab coats, and face shields should always be used during handling.

• Waste containment system
  Designated disposal containers for chemical waste, along with clear labeling, support safe decontamination and regulatory compliance.

Yes, at RC Plug, we take privacy and safety very seriously. Every order of Acrylfentanyl is shipped using advanced discreet packaging techniques to ensure confidentiality and compliance with international shipping standards. Our shipping system is designed to protect both the package and your identity.

• Unmarked, tamper-evident packaging
  All parcels are shipped in plain boxes or envelopes with no product-related markings or logos, preventing third-party identification.

• Odor-proof and moisture-resistant layers
  We use sealed, multi-layer packaging designed to contain any chemical scent and protect against environmental elements during transit.

• Customs-compliant labeling
  Labels reflect generic descriptions appropriate for import clearance while avoiding unnecessary chemical identifiers.

• Tracking numbers provided immediately
  We provide real-time tracking updates, so you always know the status and location of your package.

• No invoice or paperwork inside the package
  To protect privacy, any documentation is provided digitally. Physical paperwork is excluded from the package.

• Available shipping upgrades
  Expedited, overnight, or courier-prioritized options are available in select regions upon request.

Yes, RC Plug offers a flexible and customer-friendly return and replacement policy for Acrylfentanyl. We understand that researchers depend on product integrity and timely delivery, so if an issue arises, we’re committed to resolving it promptly. Our return policy supports your right to receive what you ordered, in the condition you expect.

• 30-day full refund or replacement guarantee
  If your order is lost, damaged, or incorrect, you are eligible for a full refund or a no-cost replacement within 30 days of receiving your shipment.

• No restocking fees for valid returns
  We do not penalize researchers for requesting a return due to packaging error, contamination, or purity concerns—returns are handled responsibly and efficiently.

• Simple return request process
  You can initiate a return by contacting our support team with your order number and reason. We’ll respond with return instructions within 24 hours.

• Returnable even if partially used (for lab error)
  In cases of lab errors (e.g., mistaken reactivity or improper storage), partial returns may still be accepted if properly documented.

• Refund issued promptly via original payment method
  Once we receive and verify the returned product, your refund is processed through your original method—Bitcoin, Zelle, CashApp, etc.

• Replacements shipped immediately for critical orders
  If you need a replacement urgently, we can dispatch a new shipment while processing your return simultaneously.