CAS No.: 613-42-3 | Molecular Formula: C₁₉H₁₆
Key Properties
Physical Form: White crystalline solid
Melting Point: 85–87°C | Boiling Point: 285–286°C (110 mmHg)
Structural Advantage: Biphenyl-benzyl hybrid configuration ensures exceptional thermal stability
Solubility Profile: Compatible with common organic solvents (e.g., toluene, DMF)
⚗Core Industrial Applications
Pharmaceutical Intermediate Synthesis
Primary building block for antifungal APIs like Bifonazole derivatives
Enables targeted molecular modifications (halogenation/oxidation) for novel drug development
Advanced Liquid Crystal Precursors
Essential monomer for 4′-alkylbiphenyl cyanate LCD materials
Meets ≥95% purity specifications for TFT-LCD nematic phase formulations
Polymer Performance Modifiers
Enhances thermal resistance and mechanical strength in epoxy composites
Functions as UV-stabilizing component to delay polymer degradation
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Requirement |
Technical Specification |
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Personal Protection |
Nitrile gloves + ANSI-certified goggles |
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Environmental Control |
Closed-system processing with local exhaust |
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Storage Conditions |
15–25°C in moisture-proof containers |
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GHS Hazard Statements |
H315/H319/H335 (Skin/Eye/Respiratory irritation) |
Market Value & Technical Evolution
Industry Drivers:
Rising global LCD production capacity (+8.3% CAGR)
Expanding targeted drug R&D pipelines
Demand surge for flexible electronics materials
Manufacturing Innovations:
Cryogenic grinding for optimized particle size distribution
Continuous-flow synthesis via Ullmann coupling
Custom purity options (95% to 99.5%)
Technical Insight: Ullmann coupling enables cost-efficient ton-scale production while maintaining >99% purity – critical for electronic and pharmaceutical applications requiring batch-to-batch consistency.
