Y6-C8C10

Y6-C8C10 (CAS:2599837-56-4) is a high-efficiency non-fullerene organic acceptor material modified with long C8/C10 alkyl chains, belonging to the Y6 series fused heterocyclic semiconductor materials. It features a stable multi-thiophene fused ring conjugated backbone, excellent solubility in organic solvents, suitable energy band structure and high electron mobility. The optimized alkyl chain structure effectively improves material film-forming performance and device stability, which is a key functional material for high-performance organic photovoltaic devices.

12,13-Bis (2-octyldodecyl) -3,9-diundecyl-dihydrothiadiazolo-thieno-pyrrolo-indole, Y6 alkyl chain modified derivative

Not available

1. Organic Solar Cell Acceptor Material: Y6-C8C10 (CAS:2599837-56-4) serves as a core non-fullerene acceptor material for organic solar cells. Its matched energy level and strong near-infrared light absorption capability can effectively capture solar energy, promote efficient charge separation and transmission, and significantly improve the photoelectric conversion efficiency of organic photovoltaic devices. 2. Tandem Solar Cell Functional Layer Material: This CAS 2599837-56-4 Y6 derivative with optimized alkyl chains is suitable for preparing tandem organic solar cells. It can cooperate with different donor materials to form complementary light absorption systems, reduce energy loss, and enhance the overall photovoltaic performance and device durability of tandem cell modules. 3. Flexible Organic Photovoltaic Device Raw Material: Y6-C8C10 has excellent flexibility and film-forming adaptability, which can be used to manufacture flexible and wearable organic solar cells. It maintains stable photoelectric performance under bending deformation, meeting the preparation requirements of portable and flexible new energy optoelectronic devices. 4. Organic Photodetector Sensitive Material: Relying on its high photoresponse sensitivity and low dark current characteristics, the product can be used as a sensitive layer material for organic photodetectors. It improves the detection accuracy and response speed of near-infrared photoelectric detection equipment, and is widely used in optoelectronic sensing and signal detection fields.

98% Min

C80H130N4S5

1308.25

2 years under proper storage

Dark brown solid powder

Electronic Grade, Research Grade

Not available

Not available