While ITIC-4Cl has garnered significant attention for its groundbreaking contributions to organic photovoltaics (OPVs), its utility extends to other cutting-edge organic electronic devices, notably organic field-effect transistors (OFETs) and organic light-emitting diodes (OLEDs). As a key player in the supply of advanced electronic materials, we recognize the multifaceted potential of ITIC-4Cl and aim to equip researchers and manufacturers with this versatile compound.

ITIC-4Cl, characterized by its CAS number 2253663-81-7, is a high-purity dark blue powder known for its excellent electronic properties. Its specific HOMO (-5.75 eV) and LUMO (-4.09 eV) energy levels, combined with a high purity exceeding 97%, make it an attractive candidate for applications requiring precise charge transport and injection characteristics.

In the realm of OFETs, the performance of the semiconductor layer is paramount. ITIC-4Cl, as a non-fullerene acceptor, can function as an n-type semiconductor or as a component in blend systems, influencing charge mobility and device stability. Researchers seeking to buy materials for high-performance OFETs will find ITIC-4Cl to be a valuable addition to their experimental toolkit. Its structural tunability, inherent in the ITIC family, allows for the fine-tuning of electronic behavior, a critical factor for developing advanced flexible electronics.

The application of ITIC-4Cl in OLED technology is an area of growing interest. While not as widely established as its role in OPVs, the material's electronic and optical properties suggest potential as an electron transport layer or even within emissive layers, particularly when combined with suitable donor materials. The development of novel OLED structures often relies on exploring a diverse range of organic semiconductors, and ITIC-4Cl offers a unique set of characteristics that could lead to improved device efficiency and longevity.

For businesses and research institutions looking to purchase ITIC-4Cl, our company, a leading manufacturer and supplier from China, provides a reliable and consistent source. We offer competitive pricing for bulk orders, ensuring that this advanced material is accessible for both large-scale production and intensive research endeavors. If you are exploring novel applications in OFETs or OLEDs, or seeking to optimize your current OPV designs, consider ITIC-4Cl. Contact us today to request a quote or sample and discover how we can support your innovations.