High-Performance FBR for Advanced OLED and Organic Solar Cell Applications

Discover FBR (CAS 1644381-95-2), a leading non-fullerene acceptor essential for next-generation organic electronics. Learn about its specifications, benefits, and how our reliable supply chain ensures your R&D success.

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Key Advantages of FBR

Enhanced Device Efficiency

FBR is engineered to reduce voltage losses, enabling organic solar cells to achieve higher open-circuit voltages (Voc) and superior power conversion efficiencies (PCE), a critical factor for commercial viability. Explore FBR for your next project.

Improved Stability and Longevity

By suppressing the tendency for crystallization and the formation of large crystalline domains, FBR contributes to more stable bulk heterojunctions, directly translating to extended device lifetimes and better performance consistency.

Tunable Electronic Properties

FBR's molecular design allows for precise tuning of electronic properties, specifically its LUMO level, ensuring optimal energy level alignment with donor materials for maximum charge transfer and device output. We supply FBR to meet diverse research needs.

Diverse Applications of FBR

OLED Materials

As a specialized component for OLED displays, FBR contributes to vibrant and efficient light emission, essential for high-performance electronic devices. Buy FBR from our production facility.

Organic Solar Cells (OSCs)

FBR is a critical n-type non-fullerene acceptor for OSCs, playing a key role in achieving high power conversion efficiencies and high open-circuit voltages. Inquire about bulk FBR prices for your manufacturing needs.

Organic Electronics Research

Researchers worldwide utilize FBR to push the boundaries of organic electronics, exploring new device architectures and material combinations for enhanced performance. Partner with us as your trusted supplier.

Semiconducting Materials

Its semiconducting properties make FBR valuable in various organic electronic applications beyond solar cells and displays, serving as a versatile building block for advanced materials.