Product Overview
- 1-(4-(2-(Diethylamino)Ethoxy)Phenyl)-1,2-Diphenylethanol is a highly sophisticated, high-molecular-weight triarylethanol intermediate compound. It is commercially supplied as an off-white to cream-colored crystalline powder or solid mass with exceptional structural consistency. ProCorBay International supplies technical and characterization-ready blocks to global active ingredient manufacturing lines requiring superior chemical purity assays and minimal degradation patterns.
- This compound is manufactured via multi-step advanced organic synthesis, typically involving the Grignard reaction coupling of benzyl magnesium halides with substituted benzophenone derivative sequences carrying the diethylaminoethoxy chain architecture. Precise cooling crystallization loops are used to isolate uniform crystal structures and clear unwanted structural analogues. ProCorBay sources this active block from specialized key starting material (KSM) complexes tracking strict organic volatile margins and low moisture records.
- Within modern active healthcare compounding, this complex triarylethanol molecule represents an essential regulatory intermediate and starter block. It acts as the direct regulatory structural predecessor and synthetic cornerstone for manufacturing specialized selective estrogen receptor modulators (SERMs)—most notably serving as the key synthetic predecessor for Tamoxifen Citrate. The customized arrangement of the three aromatic rings coupled to the tertiary amine ether wing provides the exact layout required for high-precision binding down-stream. ProCorBay functions as a trusted bulk partner, providing comprehensive analytical validation portfolios to ensure smooth generic drug registrations.
Applications
- API Intermediate Synthesis: Crucial advanced building block utilized to manufacture generic Tamoxifen Citrate lines.
- Specialty Organic Chemistry: Specialized bulky triaryl intermediate leveraged for custom biochemical receptor candidate trials.
Benefits
- Targeted SERM Architecture: Provides the exact triarylethanol skeleton required for step-efficient oncology API synthesis.
- High Chemical Assay: ≥ 98.0% minimum assay profile limits unwanted side-reaction risks inside industrial reactors.
- Low Volatile Residues: Deep distillation and charcoal filtration loops clear processing catalyst residues cleanly.
- Excellent Organic Solubility: Dissolves smoothly within chloroform and ethyl acetate, optimizing batch reaction throughputs.
- Complete Technical Mapping: Backed by detailed NMR and mass spectrometry metrics to streamline lab validations.
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