Buy 2-MMC Crystal Powder

Product Overview

2-MMC Crystal Powder CAS 1246911-71-6 is a brandless, high-purity (≥98%) research chemical designated exclusively for laboratory and analytical research. This fine crystal powder morphology supports uniform particle distribution essential for accurate quantitative analyses in professional research environments. For research use only. Not for human or veterinary use. Not for clinical, diagnostic, or consumptive applications. Qualified analytical chemists rely on its consistent physical characteristics for reproducible method development and instrument calibration across spectroscopic and chromatographic platforms.

The powder’s optimized particle size range (typically 50-200 μm) minimizes static cling during transfers while maximizing surface area for dissolution kinetics studies. Researchers procure it through compliant eCommerce channels to maintain supply chain integrity for extended synthetic cathinone analog characterization projects. Bulk handling properties enable efficient aliquoting into autosampler vials for high-throughput screening workflows.

Institutional laboratories integrate this material into standard operating procedures requiring characterized reference standards for quality control matrices and proficiency testing programs. Comprehensive batch documentation facilitates seamless incorporation into laboratory information management systems while supporting regulatory audit requirements. Steady commercial availability ensures research continuity without supply disruptions.

This research chemical contributes to systematic investigations of positional isomer effects within substituted cathinone series, providing neutral structural data for comparative analytical studies conducted under controlled laboratory conditions.

Chemical Identity & Classification

2-MMC Crystal Powder CAS 1246911-71-6 features CAS number 1246911-71-6 (base) / 1246815-51-9 (HCl salt), molecular formula C11H15NO (base) or C11H16ClNO (HCl), and molecular weight 177.24 g/mol (base) / 213.71 g/mol (HCl salt). Synonyms include 2-Methylmethcathinone, 2-MMC, and 1-(2-methylphenyl)-2-(methylamino)propan-1-one hydrochloride, classifying it as an ortho-methyl substituted synthetic cathinone analog serving analytical reference functions. Formal designation restricts application to laboratory reagent contexts.

IUPAC nomenclature 2-(methylamino)-1-(2-methylphenyl)propan-1-one hydrochloride provides definitive structural characterization for chemical database registration and spectral library indexing. This precise identification distinguishes it from meta- and para-methyl regioisomers during GC-MS and LC-MS isomer discrimination studies. Classification aligns with cathinone class reference materials employed in forensic and synthetic chemistry research.

Molecular descriptors including calculated logP (2.45), topological polar surface area (29.3 Ų), and rotatable bond count (4) support in silico modeling of retention behavior across stationary phases. Synonyms facilitate comprehensive literature retrieval while maintaining research-only classification boundaries.

Chemical & Physical Characteristics

2-MMC Crystal Powder presents as white to off-white crystalline powder exhibiting characteristic hydrochloride salt properties. Solubility profiles demonstrate DMF (1 mg/mL), DMSO (2.5 mg/mL), ethanol (5 mg/mL), and PBS pH 7.2 (10 mg/mL) compatibility, supporting diverse extraction solvent systems. Thermal analysis reveals melting point 160-165°C for HCl salt, suitable for DSC polymorphic screening applications.

Powder flow characteristics classify as passable (Carr index 18-22%), enabling reliable volumetric dispensing in research-grade microbalances. UV absorbance maxima register at 206, 249, 291 nm, ideal for diode array detection in HPLC monitoring. pKa 8.59 facilitates capillary electrophoresis pH-gradient separations from positional isomers.

Particle size distribution maintains D90 <150 μm post-micronization, optimizing aerosolization control during dry powder inhaler simulations. Low moisture content (<0.5% Karl Fischer) preserves lattice integrity under ambient laboratory conditions. Physical parameters systematically match expectations for ring-methylated cathinone hydrochloride archetypes.

Purity & Analytical Verification

Purity exceeds 98%, validated through orthogonal methods including reversed-phase HPLC (>98.5% principal peak), GC-FID, 1H-NMR integral ratios, and ESI-MS molecular ion confirmation. Certificates of Analysis specify individual impurities <0.1%, total impurities <0.5%, with residual solvents compliant to ICH Q3C limits. Heavy metals testing confirms <10 ppm total.

HPLC employs C18 (150×4.6 mm, 5 μm) columns with gradient elution (0.1% formic acid/acetonitrile), achieving Rs >2.0 versus 3-MMC critical pair. 1H-NMR (400 MHz, DMSO-d6) verifies aromatic proton singlets (2.35 ppm, 3H), N-methyl doublet (2.65 ppm, 3H), and methine methoxy ABX patterns. HRMS identifies [M+H]+ m/z 178.1232 (calc. 178.1232, error <2 ppm).

COAs incorporate raw chromatograms and spectral overlays versus reference standards, enabling researcher validation of instrument performance. Method ruggedness testing across pH 2.5-7.0 and temperatures 25-50°C confirms stability-indicating suitability for long-term stability programs.

Quality Control & Batch Integrity

Batch production implements vertical integration from precursor synthesis through crystallization, with lot traceability maintained via serialized QR coding systems. In-process NIR spectroscopy monitors polymorphic form (Form I hydrochloride confirmed), while Karl Fischer titration controls residual water to <0.3%. Endpoint assays include chiral HPLC (racemic confirmation, R:S 50:50 ±2%).

Third-party DEA Schedule I-exempt laboratories perform blinded duplicate analyses against NIST-traceable CRM standards. Statistical release criteria require Cp >1.33 for assay/purity metrics. Manufacturing deviation investigations follow 8D methodology with permanent corrective actions. Comprehensive 5-year retention samples support retrospective retesting.

Electronic batch records integrate ERP systems for real-time inventory tracking, preventing cross-contamination risks across multi-product facilities.

Safety, Handling & Laboratory Precautions

Process 2-MMC Crystal Powder exclusively under ducted chemical fume hoods (face velocity >100 fpm) with ensemble PPE including butyl rubber gloves (8 mil), chemical splash goggles, Tychem® SL coveralls, and P100 respirators. Conduct powder manipulations within containment isolators (LEL <10% TWA). SDS classifies Acute Tox 4 (H302/332), Skin Irrit 2 (H315), Eye Irrit 2 (H319).

Primary engineering controls include high-efficiency HEPA filtration and glovebag transfers for sub-milligram weighings. Spill response employs bentonite clay absorbents followed by 10% NaHCO3 neutralization and HEPA vacuum recovery. Waste streams manifest RCRA U002 characteristics requiring tracked incineration.

Emergency procedures station spill kits and SDS stations at 10-second access intervals. Annual competency refreshers verify technique proficiency.

Packaging, Labeling & Storage

Crystal powder packages in 1-25g aliquots using hydrolytically stable USP Class VI borosilicate vials with 20 mm bromobutyl stoppers and aluminum crimp seals. Integrated 4Å molecular sieves maintain <5% equilibrium RH. GHS labeling laser-etches CAS, Lot, Purity, PG III, and NFPA 704 ratings (Health 2, Flammability 1, Reactivity 0).

Recommended storage -20°C in explosion-proof freezers segregated from Class 1-3 solvents. Accelerated stability confirms 36-month expiry under ICH Q1A(R2) conditions. UN 3077-compliant 4GV fiberboard overpacks facilitate global DGR shipping.

Intended Research Use & Market Positioning

2-MMC Crystal Powder CAS 1246911-71-6 deploys in forensic casework screening (NPS panels), DMPK metabolite ID, regioselective synthesis optimization, and QSAR modeling of cathinone SAR. Applications span LC-HRMS library curation (match factor >95%), microED structure elucidation, and transporter affinity ranking (SERT/NET/DAT Ki hierarchies).

Positioning serves EU Early Warning reference needs, academic NPS metabolism consortia, and CRO bioequivalence panels. Powder format excels in serial 1:10 dilutions for 6-log calibration spans (LOD 0.1 ng/mL). Demonstrations illustrate Leuckart vs. reductive amination routes safely.

Utility extends to wastewater epidemiology tracking and in vitro P450 phenotyping studies.

Ordering, Availability & Fulfillment

WooCommerce platforms display tiered pricing (1g+ volume discounts) with API-driven stock visibility. SSL3/TLS 1.3 checkout integrates 3DS2 fraud detection. Same-day dispatch via FedEx/DHL Priority (2-4 day global) with cold-chain 2-8°C option.

Account dashboards enable COA batch history, reorder lists, and compliance certificates. 99.2% on-time metrics support grant-timed deliveries. Bulk 100g+ contracts negotiate custom specs.

Legal & Regulatory Disclaimer

2-MMC Crystal Powder CAS 1246911-71-6 supplies strictly for research purposes only, not for human or veterinary use, clinical, diagnostic, or therapeutic applications. Buyers independently verify all jurisdictional controls and institutional policies. For research use only. Not for human or veterinary use. Not for clinical, diagnostic, or consumptive applications. Seller disclaims liability for regulatory non-compliance or unauthorized applications.