α-PHP (Alpha-Pyrrolidinohexanophenone) is a potent synthetic stimulant belonging to the cathinone class. It is structurally similar to α-PVP but contains an additional carbon in its side chain, which affects its lipophilicity and duration. This compound is studied extensively in pharmacology, neurochemistry, and behavioral research due to its strong interaction with dopamine and norepinephrine transporters. It is not intended for human consumption and is restricted to forensic or laboratory use.

• Classified as a substituted cathinone
  α-PHP is part of the second-generation pyrrolidinophenone group of synthetic cathinones, which are designed to mimic the stimulant effects of amphetamines while possessing novel chemical structures.

• Acts as a potent reuptake inhibitor
  It strongly inhibits the dopamine transporter (DAT) and norepinephrine transporter (NET), resulting in significant stimulant effects observed in laboratory models.

• Used in behavioral and neurochemical studies
  α-PHP is a common candidate in rodent behavioral experiments that study hyperlocomotion, drug reinforcement, and reward system stimulation.

• Not approved for human use
  This compound is strictly limited to laboratory applications. Any misuse or uncontrolled exposure can result in serious health risks or legal consequences.

• Structural analogue of α-PVP
  While closely related to α-PVP, α-PHP has a longer alkyl chain, which may influence its binding affinity, metabolic profile, and pharmacokinetics.

The chemical structure and properties of α-PHP make it a highly relevant compound for analytical and synthetic research. Understanding these properties helps researchers determine how it interacts with biological systems and how it can be detected or modified in laboratory environments.

• Molecular formula: C16H23NO
  This composition reflects a combination of a phenyl group, a pyrrolidine ring, and a six-carbon side chain, giving the compound its psychoactive profile.

• Molecular weight: 245.36 g/mol
  This moderate molecular mass contributes to its solubility profile and interaction with lipid membranes, which may influence duration and potency in vitro.

• Melting point: ~170–180°C
  A high melting point for its class, this property ensures chemical stability during storage and under standard lab conditions.

• Solubility
  α-PHP is soluble in organic solvents like ethanol, acetone, and DMSO, making it easy to prepare for a variety of chromatographic and spectroscopic assays.

• Appearance
  The compound is typically supplied as a fine white or slightly off-white crystalline powder, with a uniform texture that is easy to handle and measure in controlled lab environments.

• Chemical stability
  α-PHP remains chemically stable for up to two years when stored correctly in airtight containers away from moisture, heat, and light.

• Structural elements
  It contains a pyrrolidine ring and a hexanone backbone, which are key for its stimulant action and SAR (Structure–Activity Relationship) relevance.

Though α-PHP and α-PVP are structurally similar, their chemical and pharmacological profiles differ in meaningful ways. These differences influence their potency, metabolic behavior, and application in research settings. Understanding these distinctions helps researchers select the appropriate compound for specific experimental goals.

• Side chain variation
  α-PHP has a six-carbon side chain, while α-PVP contains a five-carbon chain. This minor difference impacts lipid solubility and potentially extends the active duration of α-PHP.

• Duration of action
  In laboratory observations, α-PHP tends to show longer-lasting stimulant effects compared to α-PVP due to its structural differences.

• Potency and onset
  α-PVP often has a faster onset with more abrupt stimulation, while α-PHP is known for a smoother but more sustained effect curve in behavioral models.

• Binding affinity
  Both compounds act as monoamine transporter inhibitors, but α-PHP may have slightly altered binding affinities that can affect dopamine and norepinephrine reuptake differently.

• Metabolism and detection
  α-PHP is metabolized via different pathways than α-PVP, which may influence its detection window in toxicology or forensic settings.

• Legality and scheduling
  Some jurisdictions may regulate one compound differently from the other due to their unique metabolic fingerprints and market prevalence.

The legality of α-PHP varies widely depending on the country or region. In many jurisdictions, α-PHP is considered a controlled substance under analogue or blanket bans targeting cathinone derivatives. However, in others, it may remain unscheduled and permitted for legitimate research use. Before purchasing or handling α-PHP, researchers must always verify the applicable laws and restrictions in their jurisdiction.

• Not universally scheduled
  α-PHP may not appear explicitly on all drug control schedules, but it can still fall under analogue laws that regulate structurally similar compounds.

• Legal for research in select areas
  In certain regions, α-PHP is allowed for academic, forensic, or analytical research with proper documentation and compliance measures.

• Regulated as a designer drug
  Many countries classify α-PHP under their “new psychoactive substance” (NPS) laws, making its sale or possession illegal for non-research purposes.

• Import and export restrictions
  Cross-border transport of α-PHP may be prohibited or subject to seizure if local customs deem it illegal under their national drug laws.

• No prescription status
  α-PHP is not an approved medical product, meaning it cannot be prescribed or used for therapeutic purposes anywhere legally.

• RC Plug compliance
  We do not ship α-PHP to countries or states where it is classified as a controlled substance. Our shipping system flags restricted destinations during checkout.

α-PHP is extensively used in research settings to understand its behavioral, neurochemical, and structural properties. As a potent stimulant, it serves as a model compound for studying how cathinones affect monoamine systems and how slight structural changes can influence activity. Its uses range from receptor binding studies to toxicity modeling.

• Receptor interaction studies
  Researchers often use α-PHP to analyze its effect on dopamine, norepinephrine, and serotonin transporters, helping identify potential binding affinity profiles.

• Structure–Activity Relationship (SAR) mapping
  α-PHP is a key molecule in SAR experiments, especially when comparing the activity of pyrrolidine-containing cathinones with varying alkyl chain lengths.

• Behavioral pharmacology
  In animal models, α-PHP is used to evaluate locomotor stimulation, reward behaviors, and potential reinforcement patterns.

• Toxicology and metabolic profiling
  Labs use α-PHP to track how the compound is metabolized and excreted, as well as to identify metabolites in urine and blood samples.

• Forensic standardization
  α-PHP can serve as a reference material for forensic laboratories working to detect and quantify cathinone-type substances in seized materials.

• Analytical chemistry training
  Due to its well-defined chromatographic behavior, α-PHP is sometimes included in analytical chemistry education modules focused on substance identification.

There is no officially standardized dosage for α-PHP in lab testing due to the variability of research purposes and the absence of clinical approval. However, scientific literature and laboratory protocols provide general guidance based on in vivo and in vitro experiments. All dosages should be determined carefully using precise laboratory equipment and must comply with institutional safety protocols. α-PHP is not for human consumption and must only be handled in controlled environments.

• Typical in vivo dosage range: 1–10 mg/kg (in rodents)
  This range has been used in animal behavioral studies to observe stimulant effects, including locomotion and reinforcement behaviors.

• In vitro concentration guidelines: nanomolar to micromolar levels
  In cell-based studies or receptor binding assays, α-PHP is typically diluted in DMSO or ethanol to achieve low molar concentrations suitable for protein interaction studies.

• Microbalance calibration required
  Precision instruments such as analytical microbalances (sensitive to 0.1 mg or better) are essential for accurate measurement and dosing in laboratory contexts.

• Lab-grade diluents and carriers only
  Common solvents like ethanol, DMSO, and acetone are used to dissolve α-PHP, with concentration and temperature controls maintained to ensure solubility and consistency.

• Strict adherence to research ethics
  Any testing involving animals must follow institutional animal care protocols and ethical standards, including proper justification of dose and route of administration.

The shelf life of α-PHP is largely determined by storage conditions. When stored properly, this compound maintains chemical stability and structural integrity for extended periods, making it a reliable material for long-term research. Proper storage is essential to avoid degradation, contamination, or loss of potency.

• Up to 24 months shelf life
  Under optimal storage conditions (sealed, dry, and cool), α-PHP can maintain its quality for two years or more.

• Storage temperature: below 25°C (77°F)
  A cool, stable environment — such as a refrigerated lab cabinet — extends the compound’s usability and prevents heat-induced degradation.

• Humidity control is essential
  α-PHP is sensitive to moisture. It should be stored with desiccants in airtight containers to avoid clumping and hydrolytic degradation.

• Protection from UV and light
  Light exposure, especially UV rays, can cause chemical changes in cathinones. Opaque or foil-lined containers are recommended.

• Vacuum sealing for long-term storage
  Many labs vacuum-seal α-PHP samples to limit oxygen exposure, which can also degrade sensitive compounds over time.

• Reevaluation before reuse
  For long-stored materials, conducting a quick purity test (e.g., HPLC or melting point analysis) is advised before use in critical experiments.

Yes, α-PHP can be detected in drug screening procedures, especially those targeting synthetic cathinones or amphetamine analogues. However, detection depends on the specificity of the test method used. Standard workplace drug screens may not identify α-PHP unless they include expanded panels or customized forensic protocols.

• May trigger false positives for amphetamines
  Due to structural similarities, α-PHP can sometimes interfere with immunoassay-based tests, leading to false-positive results for amphetamine-type substances.

• Best detected using GC-MS or LC-MS/MS
  These advanced techniques can identify α-PHP and its metabolites with high specificity, making them preferred for forensic or toxicological investigations.

• Limited detectability in standard 5-panel tests
  Most commercial drug tests do not include cathinones unless specifically requested or customized for legal/occupational purposes.

• Metabolite identification is possible
  α-PHP is metabolized into hydroxylated or demethylated forms, which can also be detected in blood or urine using confirmatory testing.

• Short to moderate detection window
  Depending on dosage and metabolism, α-PHP may remain detectable in urine or blood for 24–72 hours after administration in test animals.

• Customizable forensic applications
  Labs can develop targeted assays to identify α-PHP in seized materials, biological fluids, or environmental samples, often using certified reference standards.

RC Plug supplies α-PHP in its pure, crystalline powder form, suitable for laboratory and analytical applications. The compound is prepared under controlled lab conditions to ensure uniformity, safety, and consistent dosing accuracy. No additives or fillers are used, and the product is sealed to prevent contamination.

• Fine crystalline powder
  α-PHP is delivered as a dry, free-flowing powder with a white to off-white coloration, reflecting its high purity.

• No additives or bulking agents
  We provide α-PHP in its pure form, with no chemical or non-chemical additions, ensuring reliability in scientific testing.

• Non-hygroscopic when stored correctly
  While α-PHP may absorb moisture if exposed to air, our tamper-proof, double-sealed packaging prevents ambient humidity from affecting the product.

• Pre-measured or bulk quantities available
  RC Plug offers α-PHP in multiple packaging sizes, from small quantities for pilot studies to bulk orders for extended research projects.

• Vacuum-sealed and foil-lined pouches
  Every unit is packaged in heat-sealed, light-resistant foil pouches with desiccants to protect against environmental damage.

• Accompanied by a batch certificate
  Each order includes verification of batch purity and test method confirmation, ensuring traceability and laboratory compliance.

Yes, α-PHP is considered mildly hygroscopic, meaning it can absorb moisture from the surrounding air under improper storage conditions. If exposed to humid environments, it may clump or degrade, which can compromise its integrity for research applications. Proper storage methods can significantly reduce this risk.

• Moisture absorption risk under open-air exposure
  Even short-term exposure to humid environments can cause α-PHP to attract water, potentially leading to changes in texture and purity.

• Storage with desiccants is essential
  Including a desiccant (such as silica gel) in the container helps maintain dryness and prevent the powder from becoming sticky or clumpy.

• Airtight, double-sealed packaging
  RC Plug ships α-PHP in heat-sealed foil pouches and advises transferring it immediately into an airtight lab-grade container upon opening.

• Visual signs of hygroscopic damage
  Clumping, color change, or uneven texture may indicate that the product has absorbed moisture and should be retested before use.

• Ideal storage: dry, cool, low-humidity environments
  Storing α-PHP in a temperature-controlled cabinet or desiccator with humidity below 30% preserves its structural stability.

• Refrigeration may help
  Storing α-PHP at temperatures between 2–8°C (refrigerated, not frozen) can minimize the risk of moisture-related degradation over time.

While most shipments from RC Plug arrive on time, rare delays can occur due to customs clearance, courier errors, or regional transit restrictions. We offer full tracking on all orders and a dedicated support team to assist you. If your package is delayed beyond a reasonable timeframe, we ensure corrective actions, including reshipment or a full refund.

• Check your tracking information first
  All orders include a tracking number, which provides real-time updates. Delays often occur at customs or during last-mile delivery, which may not be immediately visible without tracking.

• Contact our customer support team
  If your order is significantly delayed (more than 10 business days), our support team will assist you promptly. We investigate with the courier and provide updates or resolve the issue.

• Eligibility for reshipment or refund
  RC Plug guarantees either a reshipment or full refund for packages that do not arrive or are lost in transit. Proof of non-delivery may be required.

• Discreet packaging prevents return issues
  Our unmarked packaging reduces the likelihood of customs seizure. However, if customs does intervene, we can assist with documentation or alternative shipment methods.

• Overnight shipping available in many regions
  If time-sensitive delivery is required, we recommend selecting overnight shipping at checkout, which includes premium handling and expedited transit.

• Customs delays are rare but possible
  In certain regions, customs processing may cause brief delays. RC Plug does not label any package with sensitive or suspicious information, minimizing the likelihood of scrutiny.

At RC Plug, we supply α-PHP that is ≥99.7% pure, verified through rigorous third-party laboratory testing. Every batch undergoes advanced chemical analysis to ensure consistency, safety, and quality for legitimate research purposes. Our purity standards meet or exceed the benchmarks required by analytical laboratories and forensic institutions.

• Verified with HPLC and GC-MS
  We use high-performance liquid chromatography (HPLC) and gas chromatography-mass spectrometry (GC-MS) to determine chemical composition and confirm purity to a margin of error below ±0.1%.

• Independent third-party certification
  All purity tests are conducted by licensed analytical labs not affiliated with RC Plug, ensuring objectivity and scientific transparency.

• ≥99.7% purity across all batches
  Our α-PHP consistently meets the ≥99.7% standard, making it suitable for sensitive applications such as quantitative analysis, receptor binding studies, or forensic toxicology.

• Batch-specific Certificate of Analysis (CoA)
  Each order includes a CoA detailing test methods, results, batch ID, and lab credentials. This ensures full traceability and scientific compliance.

• No cutting agents or fillers
  Our α-PHP is delivered in its unadulterated form. We do not include excipients, dyes, or volumizing agents, which could compromise experimental accuracy.

• Tamper-evident packaging
  Packaging is sealed in a sterile, controlled environment to prevent contamination or cross-contact with other chemicals, preserving purity.

No, α-PHP is not safe for human use under any circumstances. It is a research chemical specifically synthesized for laboratory investigation. It has never been approved for human consumption, therapeutic use, or medical testing. Its psychoactive effects, toxicity profile, and long-term impacts on health are not fully understood.

• Designed for research only
  α-PHP is strictly sold as a research chemical. Any use outside laboratory settings is both dangerous and illegal in most jurisdictions.

• Unpredictable pharmacological effects
  Its mechanism of action includes strong stimulation of dopamine and norepinephrine systems, which in uncontrolled scenarios may lead to neurotoxicity, cardiac strain, or psychological disturbances.

• Potential for serious side effects
  In cases of human misuse, α-PHP has been associated with agitation, paranoia, tachycardia, and even psychosis. These effects are based on emergency case reports and are not scientifically quantified.

• Not tested for safety or toxicity in humans
  There is no clinical safety data or approved dosing for α-PHP in humans. Any such exposure constitutes high risk and is unethical outside experimental frameworks.

• RC Plug’ policy strictly forbids misuse
  We clearly state that α-PHP is sold for lab-based applications only and that any attempt to consume, share, or redistribute it outside research protocols violates our terms.

• Legal and criminal consequences
  Possessing or consuming α-PHP for recreational purposes can lead to criminal charges, particularly in countries with analogue drug laws.

Yes, RC Plug offers a no-hassle, 30-day return or replacement policy for α-PHP and all research products. We stand by the quality of our chemicals and customer experience. Returns are accepted if the product arrives damaged, if the shipment is incorrect, or if there are delivery failures outside your control. All returns must be in original, sealed condition.

• 30-day window for all returns
  Customers can initiate a return within 30 days of receiving the product. The item must remain sealed and unused.

• Full refund or replacement offered
  If your order is compromised, incorrect, or delayed beyond acceptable limits, we will provide a replacement at no cost or issue a full refund.

• Return eligibility requirements
  Returns are only valid if the product packaging is intact and untampered. Used or opened items are not accepted due to safety concerns.

• Easy return request process
  To initiate a return, contact our support team with your order number and reason. We’ll guide you through the return steps or resolve the issue directly.

• No restocking fees or hidden charges
  We do not impose penalties for valid return requests. Your satisfaction is our priority, and all eligible returns are processed at our expense.

• Refunds processed within 5–7 business days
  Once a return is approved and received, your refund will be issued through the original payment method or via an alternative you prefer.

Yes, α-PHP is commonly used in reagent testing and analytical protocols. It is compatible with most reagent kits and chemical detection systems used in laboratory or forensic applications. However, the sensitivity and specificity of results depend on the type of reagent and equipment used.

• Used in standard chemical reagent tests
  α-PHP can be analyzed using colorimetric tests such as Marquis, Mecke, and Simon’s reagents, though these may yield non-specific results requiring confirmation.

• Ideal for spectrometry-based identification
  Reagent testing is often followed by confirmatory techniques like mass spectrometry, which can isolate and identify α-PHP with high accuracy.

• Helps establish compound identity
  Reagent reactions provide initial identification markers for α-PHP based on visible color changes, often used in presumptive field testing.

• Educational tool in forensic labs
  Due to its clear and distinguishable reactions with test agents, α-PHP is useful in training modules for identifying cathinone-type substances.

• Not reliable as a standalone method
  While reagent testing is useful for initial screening, it cannot conclusively confirm identity or purity. It must be supplemented with lab-grade instrumentation.

• Requires proper handling protocols
  Always wear protective gear and follow standard operating procedures when conducting reagent tests, as some agents may be corrosive or toxic.

No, you do not need to create an account to purchase α-PHP from RC Plug. We’ve streamlined the ordering process to ensure privacy, ease of use, and minimal data collection. While optional, creating an account may provide added convenience for future orders. We prioritize discretion and security for every customer.

• Guest checkout available
  Customers can complete their purchase without registering or storing any personal details beyond what’s necessary for shipping.

• Minimal information required
  We only ask for essential shipping information to fulfill your order — no medical history, prescription, or identification documents are needed.

• No email marketing or spam
  You won’t be auto-enrolled into newsletters or spam messages when ordering without an account. Your contact information is used strictly for transactional purposes.

• Secure and encrypted checkout process
  Our platform is built with end-to-end encryption, ensuring all payment and personal data are protected from external access.

• Optional account benefits
  Registered users can view past orders, save shipping details for faster checkout, and access exclusive offers — though none of this is mandatory.

• Data is never shared or sold
  Whether you use guest checkout or create an account, we never share, store unnecessarily, or sell your information to third parties.