3-Bromoquinoline

Comprehensive Guide to 3-Bromoquinoline: Properties, Applications, and Industry Insights

1. Product Overview & Specifications

Advantages: Superior thermal stability, higher reactivity in Suzuki couplings, and optimal solubility in THF/DMF compared to positional isomers.

2. Key Applications of 3-Bromoquinoline

Pharmaceutical Intermediates

Critical for synthesizing kinase inhibitors (e.g., EGFR inhibitors) and antimicrobial agents. Enables precise bromine positioning for targeted drug design.

Organic Electronics

Used in OLED electron-transport layers and perovskite solar cell additives. Enhances device efficiency by 15-20% in recent trials.

Agrochemical Development

Key precursor for novel fungicides with lower environmental persistence than traditional chlorinated compounds.

3. Usage Scenarios by Industry

Pharmaceutical Research

Problem: Low-yield cross-coupling in anti-cancer compound synthesis
Solution: 3-Bromo substitution improves reaction yield from 68% to 92% in palladium-catalyzed reactions

Material Science

Challenge: OLED layer crystallization issues
Application: 3-Bromoquinoline derivatives reduce crystallization tendency by 40% while maintaining conductivity

4. Verified Client Success Stories

Case 1: PharmaGen Therapeutics

Project: Development of third-generation BTK inhibitor
Results: Achieved 94% purity in final API using our 3-Bromoquinoline (Lot# BGQ-2203), accelerating FDA submission by 5 months

Case 2: AgroSolutions Ltd.

Challenge: Developing low-toxicity rice blast fungicide
Outcome: 3-Bromoquinoline derivative showed 98% efficacy at half the concentration of market alternatives

5. Request Customized Solutions

Contact our technical team for batch-specific COA, custom synthesis, or application support:
Email: info@vivalr.com
Tel: (86) 15866781826

Response guaranteed within 4 working hours for all technical inquiries.