1. Product Overview & Specifications

2. Key Applications

This brominated anthracene derivative serves as a critical intermediate in:

• OLED manufacturing (hole-transport layers)
• Organic semiconductor development
• Photovoltaic material research
• Fluorescent sensor design
• Polymer chemistry modifications

3. Usage Guidelines

Handling Requirements:

• Store in amber glass at 2-8°C under inert atmosphere
• Use PPE including nitrile gloves and safety goggles
• Process in fume hood with <1 ppm oxygen content

Reaction Compatibility:

• Suzuki coupling: Compatible with Pd(PPh₃)₄ catalysts
• Buchwald-Hartwig amination: Optimal at 110-130°C

4. Industry Case Studies

Case 1: OLED Efficiency Enhancement

A leading display manufacturer achieved 18% improvement in device lifetime by incorporating this compound as a host material in blue-emitting layers.

Case 2: Organic Photovoltaics

Research team demonstrated 9.2% PCE in ternary solar cells using the material as an electron donor modifier.

5. Client Success Stories

Client A: Semiconductor Developer

Developed high-mobility (μ = 3.1 cm²/V·s) organic thin-film transistors through precise bromine substitution patterns.

Client B: Materials Research Institute

Created thermally stable (T_d > 400°C) polymer composites for aerospace applications.

6. Contact for Custom Solutions

For technical specifications, bulk pricing, or custom synthesis requirements: