APAAN (alpha-phenylacetoacetonitrile) oil is a chemical intermediate primarily used in organic synthesis for developing ketone structures and other complex molecules. Its structure, which includes both a nitrile and a ketone-like functionality, makes it highly reactive and valuable in pathways involving phenylacetone and related compounds. While it is structurally simple, it plays a critical role in many lab-based reactions and is of interest in pharmaceutical, forensic, and synthetic chemistry.

• Intermediate for Ketone Derivatives
  APAAN is commonly used as a precursor to phenylacetone, a key intermediate in the production of various phenethylamine derivatives. Its structure enables efficient transformation into ketones under controlled lab conditions.

• Ideal for Hydrolysis Reactions
  Through acidic or basic hydrolysis, APAAN can be converted to phenylacetone or similar compounds, making it an effective research chemical for studying reaction mechanisms and yields in hydrolytic pathways.

• Used in Investigating Nitrile Reactivity
  Its nitrile group allows researchers to explore reactivity with a wide range of nucleophiles, which is helpful in synthetic organic chemistry training and advanced compound development.

• High Compatibility with Organic Solvents
  APAAN oil dissolves easily in many common organic solvents, making it a practical compound for solvent-based synthesis studies, chromatography development, and extraction trials.

• Valuable in Forensic Chemistry Simulations
  Forensics labs may study APAAN as a controlled substance precursor to simulate illicit synthesis routes for analytical training and law enforcement education.

• Stable Form for Extended Use
  As a liquid, APAAN oil offers a more stable and easier-to-handle alternative to crystalline variants, especially for controlled dosing in continuous-feed reactors or dropwise addition in titration studies.

The legality of APAAN oil is jurisdiction-dependent due to its known use as a chemical precursor. While RC Plug sells it strictly for verified research purposes, the buyer is responsible for understanding and complying with their local laws. In some countries, APAAN is a controlled or watched substance, and importing or possessing it without appropriate documentation may carry legal consequences.

• Controlled Precursor in Some Regions
  APAAN is classified as a drug precursor under regulations in regions such as the EU, the U.S., and parts of Asia. Researchers in these areas may need permits or institutional approvals to handle it.

• Permitted for Licensed Research Institutions
  Research laboratories, universities, and industrial chemists often qualify for legal access to APAAN if the chemical is used for sanctioned purposes with full documentation.

• Subject to National Chemical Watchlists
  Even where APAAN is not outright banned, it may appear on precursor watchlists, requiring importers to declare it to authorities or customs to avoid seizure.

• RC Plug Requires Research Intent Verification
  We vet orders for APAAN to ensure they originate from legitimate researchers or institutions. We reserve the right to deny sale if appropriate research credentials are not provided.

• Importation Laws May Differ from Possession Laws
  In some countries, purchasing APAAN online may be legal, but receiving it at customs without the proper paperwork could result in shipment delay or confiscation.

• Documentation Support is Provided
  We offer Certificates of Analysis (COAs), invoices, and Material Safety Data Sheets (MSDS) that can help in customs clearance and regulatory declaration.

Proper storage of APAAN oil is critical to preserving its chemical integrity, minimizing decomposition, and ensuring safe handling. Although stable under standard lab conditions, APAAN is flammable and chemically reactive, so proper containment and environmental control are essential.

• Store Below 25°C in a Dry Location
  APAAN oil should be kept in a cool environment to prevent evaporation or degradation. A standard chemical storage cabinet set at or below 25°C is recommended.

• Protect From Light and Air Exposure
  Light can accelerate chemical breakdown, while oxygen exposure may degrade the compound over time. Keep the container tightly sealed and stored in opaque or amber bottles.

• Use HDPE or Fluorinated Bottles
  Due to its reactivity with some plastics, APAAN should only be stored in containers rated for solvent use, such as HDPE, PTFE, or glass with chemical-resistant caps.

• Avoid Freezing Temperatures
  Freezing is not recommended as it may lead to condensation inside the container and introduce moisture, which can catalyze decomposition.

• Segregate From Oxidizing Agents
  APAAN should be stored separately from oxidizers and reactive metals to prevent hazardous interactions, especially in bulk storage facilities.

• Ensure Proper Ventilation
  The storage area should be well-ventilated to avoid vapor accumulation in case of leaks or spillage.

APAAN oil has well-documented physical properties that make it easily identifiable and manageable in laboratory settings. It appears as a viscous, clear to pale yellow liquid with specific traits that assist researchers in verifying its purity and handling protocols.

• Appearance and Viscosity
  The substance presents as a slightly thick, pale yellow to clear oil, which flows slowly and allows for precise volume measurement during transfer.

• Boiling Point Near 285°C
  Its relatively high boiling point provides thermal stability in experimental setups requiring sustained heating, such as reflux processes.

• Solubility in Organic Solvents
  APAAN is not water-soluble but mixes readily with acetone, methanol, ethanol, and other polar organic solvents, enabling broad compatibility in synthesis work.

• Faint Aromatic Odor
  While not pungent, APAAN emits a subtle aromatic scent that is typical of nitrile compounds, assisting in its field identification during handling.

• Non-Crystalline, Stable Liquid Form
  Its oil-based nature prevents clumping and allows for easier filtration, injection, and dilution in controlled environments.

• Density and Specific Gravity
  The approximate density is ~1.03 g/cm³ at 20°C, which is helpful in gravimetric dosing when precise quantities are necessary.

APAAN oil is not appropriate for general educational laboratory experiments, particularly in high school or undergraduate teaching environments. Its classification as a potential precursor and its flammable, irritant nature require advanced safety protocols. Therefore, it should only be used in controlled, well-equipped laboratories under expert supervision.

• Restricted to Professional Research Labs
  APAAN should only be handled by trained personnel in postgraduate-level, institutional, or industrial laboratories with a strong safety culture.

• Not Suitable for High School or Basic Undergraduate Courses
  Due to regulatory concerns and its precursor potential, APAAN is not an acceptable compound for use in basic chemistry curricula or student demonstrations.

• Requires Specialized Equipment
  Safe handling of APAAN often involves fume hoods, solvent-grade glassware, and chemical-resistant protective gear, which are typically unavailable in educational settings.

• Subject to Institutional Oversight
  Institutions must often record, track, and report their handling of APAAN for compliance with chemical regulations, making it unsuitable for casual instructional use.

• Risk of Misuse and Legal Liability
  Without stringent security measures, educational institutions run the risk of unauthorized diversion, which could lead to serious legal ramifications.

• RC Plug Limits Sales to Verified Entities
  We do not supply APAAN to general consumers or educational facilities unless they can demonstrate proper licensing and safe chemical management practices.

To support legitimate research and assist with customs clearance, we provide full documentation with every APAAN order. These documents serve as proof of quality, regulatory compliance, and proper identification of the chemical for laboratory and logistics purposes. They also help researchers maintain internal inventory and audit records for controlled substances or regulated precursors.

• Certificate of Analysis (COA)
  Every batch of APAAN comes with a COA showing its purity level, batch number, testing methods (such as GC-MS or HPLC), and results. This ensures that researchers can verify the substance meets expected specifications.

• Material Safety Data Sheet (MSDS)
  The MSDS outlines all hazards, handling guidelines, storage requirements, and first aid protocols associated with APAAN. It is crucial for institutional safety officers and lab managers to maintain this documentation.

• Batch and Lot Identification
  Orders include labeling and documentation that reference the exact production lot, which is essential for reproducibility in research and traceability in case of audits or compliance inspections.

• Invoice with Neutral Descriptions
  To avoid drawing unnecessary attention during shipment, we use invoices that list APAAN with generic labels (e.g., “chemical solvent” or “lab reagent”) without explicit naming unless otherwise required.

• Customs Declaration Forms (if applicable)
  For international orders, we may provide declarations as required by the destination country. We prepare these carefully to remain within the bounds of legality and privacy.

• Optional Analytical Reports
  Upon request, we may include additional reports such as GC-MS spectra, NMR data, or impurity profiles to support more rigorous documentation for internal quality checks.

Yes, APAAN oil is classified as flammable and chemically hazardous, and should be handled with the appropriate protective measures in laboratory environments. Its chemical structure includes a nitrile group that may present both toxicity and reactivity risks, especially when exposed to heat or oxidizers.

• Classified as a Flammable Liquid
  APAAN has a flash point that places it in the category of flammable materials. It should never be used near open flames, heated plates, or in poorly ventilated environments.

• Irritant to Skin and Eyes
  Direct contact with APAAN can cause irritation, redness, or chemical burns. It is essential to wear gloves, goggles, and lab coats during handling to prevent accidental exposure.

• Toxic If Inhaled or Ingested
  Vapors from APAAN may irritate the respiratory tract. Prolonged or high-level exposure could lead to systemic toxicity, especially if proper ventilation is not maintained.

• Requires Proper Spill Management
  In case of spills, absorb with inert material such as vermiculite or sand and dispose of it in accordance with hazardous waste disposal regulations. Avoid direct handling of spills with bare hands.

• Incompatible With Strong Oxidizers
  APAAN should never be stored or handled near oxidizing agents or strong acids, which may trigger dangerous reactions or decomposition.

• Requires Labeling and Signage
  Workstations and storage areas must be clearly labeled with hazard symbols, and APAAN should be part of a chemical inventory system subject to regular inspection.

RC Plug ships APAAN oil globally, but shipping eligibility depends on the chemical regulations in your destination country. We assess all orders individually to ensure compliance with international laws and assist with documentation to improve the likelihood of successful customs clearance.

• Available for Global Shipping
  We ship to most countries in Europe, North America, South America, Asia, and Africa. Our logistics system is designed to handle both domestic and cross-border shipments securely.

• Customs Clearance Support Included
  We provide customs declarations, generic invoices, COAs, and MSDS to support the clearance of APAAN at entry points. These documents are carefully crafted to avoid unnecessary delays or seizures.

• Destination-Specific Limitations
  Some countries have APAAN listed as a Category 1 precursor or restricted chemical, meaning additional permits or institutional registration may be needed to import legally.

• RC Plug Does Not Guarantee Customs Approval
  While we do everything possible to support your shipment, we cannot control local authorities. In rare cases of seizure, our refund/reshipment policy still applies.

• Restricted Zones Are Filtered at Checkout
  Our system flags countries where known restrictions exist, and we may request verification or disclaim liability before confirming an order to those areas.

• Consult Your Local Laws Before Ordering
  We strongly encourage buyers to check their region’s regulatory stance on APAAN before purchase to ensure the order complies with local chemical import laws.

To ensure privacy and financial discretion, we offer a range of alternative payment options that allow researchers to complete their purchases securely and efficiently. We do not accept credit or debit cards due to compliance concerns and privacy limitations.

• Bitcoin (BTC)
  Bitcoin is our most recommended payment method due to its anonymity, rapid processing time, and ease of access across international borders.

• Bank Transfers
  Suitable for institutional or university labs, bank transfers allow for formal invoicing and secure payment tracking for compliance purposes.

• Zelle
  This U.S.-based payment service is ideal for domestic researchers looking to pay instantly without fees or wait times.

• CashApp
  Another mobile-friendly option that is fast and discreet, CashApp is especially popular among independent researchers and consulting labs.

• Western Union
  A reliable method for buyers without digital banking access, Western Union allows cash-based payments from virtually anywhere in the world.

• No Credit Card Payments Accepted
  To maintain security, we do not process credit card payments. This helps prevent chargeback fraud and ensures a safer environment for both parties.

We prioritize speed and discretion in our shipping operations. Once your payment is confirmed, your APAAN oil is packaged securely and shipped from our distribution hub. Shipping speed depends on your location, selected shipping method, and customs processing, but we aim to deliver all orders quickly and safely.

• Same-Day Dispatch for Most Orders
  If payment is received before our daily cutoff time, we dispatch the package on the same business day to avoid delays.

• Overnight Express Available
  In many regions — particularly within the U.S., Europe, and some Asian countries — overnight express delivery is available through trusted courier partners.

• International Orders Arrive Within 2–7 Days
  Standard shipping times for international orders generally range from 2 to 7 business days, depending on customs clearance and location.

• Tracking Number Provided After Shipment
  Every order includes a unique tracking number so you can follow your shipment from warehouse to doorstep in real-time.

• Discrete Handling Reduces Risk of Delay
  We avoid using chemical names or identifiable markings on parcels, which helps ensure smooth passage through customs and reduces delays.

• 30-Day Refund or Replacement Guarantee
  If your order does not arrive, is damaged, or is held for an unreasonable period, we will either issue a full refund or reship at no cost to you.

APAAN oil and its crystalline form share the same chemical identity, but they differ significantly in terms of physical handling, storage, and application. The liquid (oil) version is often preferred for certain lab environments due to its fluidity and ease of measurement, whereas the crystalline variant may offer benefits in long-term stability and purity control.

• Physical State and Handling
  APAAN oil is a viscous liquid, allowing for accurate dropwise dosing and compatibility with liquid dispensing systems. In contrast, the crystalline form must be weighed, dissolved, or recrystallized before use, requiring more preparatory work.

• Storage Requirements
  The oil version is generally more sensitive to air, light, and moisture, necessitating tight-sealed containers. Crystalline APAAN is often more stable under dry storage but may still degrade if not stored properly.

• Measurement Accuracy
  Liquid APAAN allows for more precise dosing when using pipettes or automated liquid handlers, making it ideal for high-throughput or titration-based workflows.

• Purity Control
  While both forms can reach >98% purity, crystallized APAAN may exhibit fewer impurities if recrystallization is performed, but this also increases processing time.

• Application Suitability
  APAAN oil is particularly suitable for reactions requiring immediate solubility in organic solvents, while the crystalline version may be favored in storage-heavy settings or where temperature stability is a concern.

• Ease of Dispensing in Industrial Setups
  In continuous flow or pilot-scale synthesis systems, APAAN oil can be introduced via pumps or pressurized systems without needing dissolution, improving efficiency.

APAAN’s molecular structure, containing both an aromatic ring and a nitrile group adjacent to a ketone-like position, makes it a unique intermediate in organic synthesis. Its reactivity and physicochemical properties support a wide range of transformations in synthetic research and precursor chemistry.

• Aromatic Stability with Reactive Nitrile
  The benzene ring provides chemical stability, while the nitrile group offers a reactive site for hydrolysis, reduction, or substitution.

• Moderate Polarity
  APAAN has a balanced polarity profile, making it soluble in a broad range of organic solvents but insoluble in water. This versatility allows compatibility with multiple reaction media.

• High Boiling Point (~285°C)
  Its high boiling point provides thermal stability for elevated-temperature reactions like reflux synthesis or slow-heating kinetic studies.

• Chemical Precursor Potential
  It is an efficient starting point for synthesizing phenylacetone, which itself is a critical intermediate in pharmaceutical and fragrance chemistry.

• Stability Under Inert Conditions
  APAAN remains stable under nitrogen or argon atmosphere, allowing for extended use in controlled synthesis experiments.

• Molecular Weight (159.18 g/mol)
  Its manageable molecular weight makes it convenient for stoichiometric calculations and scalable reactions in lab and industrial settings.

Due to its flammable and irritant nature, APAAN must be handled with strict adherence to laboratory safety standards. Laboratories should implement specific protocols to prevent exposure, fire hazards, and chemical accidents.

• Use in a Fume Hood
  All handling, dispensing, and reaction preparation involving APAAN should occur in a well-ventilated chemical fume hood to avoid inhalation of vapors.

• Wear Appropriate PPE
  Protective gloves (preferably nitrile), lab coats, and safety goggles are mandatory. In case of skin contact, rinse immediately and seek medical evaluation.

• Store in Approved Cabinets
  APAAN must be stored in flammable chemical safety cabinets, away from heat sources and direct sunlight. The container should be tightly sealed at all times.

• Label Clearly and Maintain Inventory Logs
  All APAAN containers must carry proper hazard labeling, and labs should maintain records to track the amount received, used, and stored for safety audits.

• Keep Spill Kits Nearby
  Spills should be managed using inert absorbents like sand or vermiculite. Spill kits, gloves, and disposal containers should be easily accessible.

• Avoid Prolonged Exposure
  Researchers should not remain near open APAAN containers for extended periods. Frequent breaks and environmental monitoring are recommended in case of prolonged procedures.

Verifying the authenticity and purity of APAAN is essential for accurate research outcomes. RC Plug provides full lab-tested documentation with every order, but researchers may also perform independent validation using analytical tools available in most laboratories.

• Certificate of Analysis (COA)
  Always cross-reference the COA provided with your order. This document includes batch-specific data on purity percentage, testing method (e.g., GC-MS), and identification results.

• Gas Chromatography–Mass Spectrometry (GC-MS)
  One of the most reliable methods to confirm APAAN’s identity and detect impurities. The GC-MS output should match the known retention time and mass fragmentation pattern of pure APAAN.

• High-Performance Liquid Chromatography (HPLC)
  HPLC can be used to quantify the percentage purity and detect trace-level contaminants that may impact your results.

• Nuclear Magnetic Resonance (NMR)
  NMR spectroscopy, particularly ¹H and ¹³C, can validate the structure of APAAN by comparing the spectra to reference chemical shifts.

• Infrared Spectroscopy (IR)
  IR spectroscopy can confirm the presence of characteristic functional groups, including the nitrile stretch (~2250 cm⁻¹) and aromatic vibrations.

• Visual Inspection
  APAAN oil should be a clear, pale yellow liquid. The presence of particles, cloudiness, or unexpected odor may indicate contamination or degradation.

RC Plug has earned a reputation for supplying high-purity research chemicals, including APAAN, with transparency, speed, and discretion. Our commitment to quality assurance and customer protection makes us the preferred choice for professional researchers and institutions around the world.

• Lab-Tested and Verified Products
  Every APAAN batch undergoes rigorous laboratory testing, including GC-MS and HPLC, before it’s cleared for shipment. We never ship untested or uncertified chemicals.

• Discreet Global Shipping
  We prioritize your privacy. Our shipments are packed in plain, unbranded boxes, and our customs documentation uses neutral descriptions to avoid attention or delays.

• Flexible Payment Methods
  We support a wide variety of secure payment options that cater to different customer needs — including Bitcoin for anonymous transactions.

• Responsive Customer Support
  Our expert team is available to answer product, shipping, or safety questions. We offer live email support and consultation to help guide complex orders or regulatory challenges.

• Strict Verification Process
  To prevent misuse and stay compliant with regulations, we verify that every customer ordering APAAN is a legitimate research professional or institution.

• 30-Day Full Refund or Replacement Guarantee
  If you face any issue — whether it’s shipment delay, product damage, or customs interception — we will either replace your product or issue a full refund.