Y6 C11-c4c6

Y6 C11-c4c6 (CAS:2376334-93-7) is a high-performance modified n-type fused-ring non-fullerene electron acceptor material, derived from the classic Y6 photovoltaic material with optimized alkyl side chain structure. It retains the excellent ladder-type electron-deficient conjugated skeleton of Y6 material, and the optimized C11-C4C6 side chain effectively improves molecular solubility, film-forming uniformity and molecular stacking order. This material features narrow band gap, strong visible-near infrared light absorption capability and high electron mobility, with better device stability and environmental adaptability than traditional Y6 materials. It is a core high-efficiency material for advanced organic solar cell research and device preparation.

Y6-C11C4C6, C11-C4C6 substituted Y6, Non-fullerene organic photovoltaic acceptor material Y6 derivative

2934999090

1. High-Efficiency Organic Solar Cell Preparation: Y6 C11-c4c6 (CAS:2376334-93-7) is a mainstream high-performance electron acceptor material for organic solar cells. It has excellent energy level matching with various polymer donor materials, can significantly optimize the photoelectric conversion efficiency, fill factor and open-circuit voltage of battery devices, and is widely used in the preparation of high-efficiency single-junction and tandem organic photovoltaic devices. 2. Organic Optoelectronic Material Research & Development: Y6 C11-c4c6 (CAS:2376334-93-7) serves as a key research object for side-chain modified fused-ring acceptor materials. It is used to study the structure-activity relationship between alkyl side chain structure and material photoelectric properties, guiding the structural design and performance optimization of new high-stability photovoltaic materials. 3. Organic Thin-Film Optoelectronic Devices: Y6 C11-c4c6 (CAS:2376334-93-7) has superior solvent solubility and thin-film morphology control ability, which can form dense and uniform organic semiconductor thin films. It is applicable to the preparation and research of organic photodetectors, organic phototransistors and other high-precision optoelectronic devices. 4. New Energy Material Derivatization & Optimization: Y6 C11-c4c6 (CAS:2376334-93-7) can be used as an optimized parent skeleton for molecular modification of photovoltaic materials. On the basis of its stable conjugated structure and excellent optoelectronic properties, further structural derivation can be carried out to develop new acceptor materials with higher efficiency, better weather resistance and lower cost.

≥98%

C96H136F2N4O2S4

1482.48

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1 year under professional low-temperature sealed storage

Dark blue to black solid powder