Y6

Y6 (CAS:2304444-49-1) is a high-efficiency narrow bandgap non-fullerene acceptor (NFA) organic photovoltaic material. Featuring a fused-ring benzothiadiazole molecular core and fluorinated functional structure, this compound possesses excellent light absorption performance, low energy band gap and high electron mobility. With superior solubility in organic solvents and stable chemical properties, Y6 (CAS:2304444-49-1) is the most mainstream acceptor material for high-performance organic solar cells, widely adopted in academic research and industrial pilot production of organic optoelectronic devices.

BTP-4F, PCE157, Non-fullerene acceptor Y6

Not Available

1. High-Efficiency Organic Solar Cell Preparation Y6 (CAS:2304444-49-1) is a core non-fullerene acceptor material for single-junction organic photovoltaic cells. It can form optimal energy level matching with multiple polymer donor materials such as D18, effectively broadening the light absorption range of devices and significantly improving photoelectric conversion efficiency, serving as a benchmark material for high-efficiency OPV device manufacturing. 2. Organic Photovoltaic Device R&D and Pilot Production Y6 (CAS:2304444-49-1) has excellent solution processability and film-forming properties, compatible with roll-to-roll large-area processing technology. It is widely used in laboratory research and pilot scale production of organic photovoltaic devices, supporting the industrialization development of lightweight and flexible solar cells. 3. Organic Semiconductor Material Performance Research Y6 (CAS:2304444-49-1) acts as a standard reference material for the research of non-fullerene acceptor structure-performance relationship. It is applied to explore the influence of molecular fluorination and fused ring structure on photoelectric properties, providing core data support for the design and development of new photovoltaic semiconductor materials. 4. Flexible Optoelectronic Device Manufacturing Y6 (CAS:2304444-49-1) has good mechanical flexibility and environmental stability, suitable for the preparation of flexible, lightweight and wearable organic optoelectronic devices. It meets the technical requirements of portable photovoltaic equipment and flexible electronic device processing.

≥98%

C82H86F4N8O2S5

1451.94

2 years under proper storage

Black solid powder

Electronic Grade, Photovoltaic Grade, Fine Chemical Grade

1.32±0.1 g/cm3 (25°C, Predicted)

Not Available