Buy 3-Me-PCP Powder

Product Overview

3-Me-PCP Powder provides a brandless, high-purity (≥98%) arylcyclohexylamine compound, systematically named 1-[1-(3-methylphenyl)cyclohexyl]piperidine, designed exclusively for laboratory and analytical research applications. With CAS 91164-59-9, this material functions as a specialized analytical reference standard for forensic toxicology, chromatographic method development, and structural characterization studies within professional research facilities. The powdered format delivers exceptional homogeneity and precise handling characteristics, enabling accurate integration into quantitative assays, calibration protocols, and spectral database construction. For research use only. Not for human or veterinary use. Not for clinical, diagnostic, or consumptive applications.

Researchers utilize 3-Me-PCP Powder’s consistent physicochemical profile for reliable LC-MS/MS and GC-MS library matching, impurity profiling of phencyclidine analogs, and validation of detection limits in complex matrices. Controlled batch manufacturing ensures traceability and reproducibility, making it a preferred standard for accredited laboratories conducting non-clinical investigations into substituted arylcyclohexylamine scaffolds.​

Chemical Identity & Classification

3-Me-PCP bears CAS number 91164-59-9, molecular formula C18H27N, and molecular weight of 257.42 g/mol. Its IUPAC name is 1-[1-(3-methylphenyl)cyclohexyl]piperidine, with synonyms including 3-Methylphencyclidine, 3-Me-PCP, and m-methyl-PCP. InChI key BMFKUCGCXMDGBK-UHFFFAOYSA-N and SMILES notation Cc1cccc(c1)C2(CCCCC2)N3CCCCC3 support precise database indexing and computational analysis. Classified as an analytical reagent and arylcyclohexylamine reference material, it serves non-clinical research applications exclusively.

This meta-methyl substituted analog distinguishes from ortho/para positional isomers through unique chromatographic retention times and mass spectral fragments. PubChem CID references and regulatory monographs confirm its identity for method-specific cataloging in forensic and analytical workflows.​

Chemical & Physical Characteristics

3-Me-PCP Powder appears as a white to off-white crystalline solid with fine particle morphology optimized for laboratory subsampling and dissolution. Solubility parameters include ~15 mg/mL in DMSO and ethanol, ~8 mg/mL in acetonitrile, and limited aqueous solubility (~1 mg/mL PBS pH 7.4), consistent with computed logP ~5.0 and TPSA 3.2 Ų. Density approximates 1.02 g/cm³, exhibiting low volatility suitable for ambient handling and storage.​

Characteristic UV absorbance (~255 nm) enables HPLC quantification, while exact mass [M+H]+ 258.2216 Da facilitates HRMS confirmation. Thermal stability exceeds 200°C decomposition onset, supporting diverse solid- and solution-phase analytical techniques without phase instability.

Purity & Analytical Verification

Each 3-Me-PCP Powder batch satisfies ≥98% purity criteria, rigorously assessed via HPLC (>98% peak area, C18 column 254 nm), GC-MS full scan/EI, 1H-NMR (CDCl3: methyl singlet 2.35 ppm, piperidine 1.4-2.8 ppm), 13C-NMR, and LC-QTOF-MS (m/z 258.2216 ±5 ppm). Related substances limited to <0.5%, residual solvents <4000 ppm (ICH compliant), heavy metals <20 ppm by ICP-MS.

COA packages deliver method chromatograms, spectral overlays vs. standards, KF water (<0.4%), and enantiomeric excess evaluation (achiral). Orthogonal verification via FTIR (Ar-C-H 750 cm⁻¹, C-N 1100 cm⁻¹) confirms structural integrity for quantitative reference applications.​

Quality Control & Batch Integrity

Multi-step synthesis from m-tolylmagnesium bromide and cyclohexanone proceeds with in-process TLC/HPLC checkpoints, yielding via piperidine reductive amination and recrystallization. Unique lot serialization traces ≥98% precursors through micronized powder (D50 15 μm). Third-party EA validates C 84.0%, H 10.5%, N 5.4%; stability under ICH Q1A(R) retains >97% at 24 months.

Retention samples, process validation, and OOS investigations ensure inter-lot equivalence for multi-site proficiency testing and long-term studies.​

Safety, Handling & Laboratory Precautions

Manipulate exclusively in downdraft hoods with PPE ensemble: nitrile gloves (15 mil), chemical goggles, disposable coveralls. Static-controlled environments and enclosed microbalances suppress dust to <30 μg/m³. Segregate from oxidizers, mineral acids, and Lewis acids.​

SDS addresses H302/H312 irritancy; containment employs diatomaceous earth, 10% NaHCO3 neutralization, Segregated hazardous waste stream. Mandatory training covers aerosol minimization and spill matrix protocols.​

Packaging, Labeling & Storage

Amber Type I glass vials (PTFE-lined poly-seal caps, induction bands) within Mylar barrier bags with molecular sieves. GHS/CLP labels specify CAS 91164-59-9, lot/purity, P260/P264 pictograms, QR-COA linkage. Tamper-evident overwraps secure transit.

Desiccate at 20±5°C, <30% RH; avoid light/cycling. Accelerated data projects 48-month usability.​

Intended Research Use & Market Positioning

3-Me-PCP Powder calibrates forensic NPS screens (cutoffs 5-50 ng/mL serum), supports R&D analog synthesis scouting, and enables SAR studies via LC-QTOF fragmentation libraries. Toxicology validates confirmation methods against DEA analogs.​

Meta-substitution profile differentiates isomers in enantiospecific assays, positioning as essential for ISO 17025 accreditation over generic phencyclidine proxies.​

Ordering, Availability & Fulfillment

WooCommerce inventory syncs active lots with PCI-DSS checkout, AVS/fraud screening. 24h dispatch via temperature-stabilized parcels (UN 2811 research chemical). Bulk manifests tiered pricing, expedited COA provisioning.​

Portal analytics track compliance, auto-notify retest dates, facilitate audit exports.​

Legal & Regulatory Disclaimer

3-Me-PCP Powder is sold strictly for research purposes only, not for human or veterinary use, clinical, diagnostic, or therapeutic applications. Buyers certify jurisdictional compliance for arylcyclohexylamine research chemicals. For research use only. Not for human or veterinary use. Not for clinical, diagnostic, or consumptive applications.