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 Quinacridone dyes were originally used as red pigments having clear color and durability. They are useful for painting of automobiles, printing ink and coloring of plastics. In the research field of organic electronics, quinacridone dyes are applied to solar cells and organic light-emitting diodes (OLED). Quinacridones easily show intermolecular stacks in face-to-face mode and form strong intermolecular hydrogen bondings (NH•••O). Thus, these facts indicate that quenching of emission occurs under a concentrated condition. On the other hand, quinacridone dyes are strongly luminescent in solution, and are useful for luminescent dopant materials even if they are used in the solid state. In fact, they are green luminescent dopants for an OLED device. In order to decrease intermolecular hydrogen bonding, we can introduce a group on the nitrogen to avoid intermolecular quenching. Introduction of alkyl groups enhances solubility, because quinacridones usually are poorly soluble.
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产品编码 Q0057
CAS RN 1047-16-1
纯度/分析方法 >93.0%(N)

产品编码 Q0083
CAS RN 1047-16-1
纯度/分析方法 >99.0%(N)

产品编码 D3227
CAS RN 19205-19-7
纯度/分析方法 >96.0%(HPLC)

产品编码 D2687
CAS RN 19205-19-7
纯度/分析方法 >96.0%(HPLC)

产品编码 D4780
CAS RN 99762-80-8
纯度/分析方法 >98.0%(HPLC)(N)

产品编码:   Q0057 | 纯度/分析方法   >93.0%(N)

产品编码:   Q0083 | 纯度/分析方法   >99.0%(N)

产品编码:   D3227 | 纯度/分析方法   >96.0%(HPLC)

产品编码:   D2687 | 纯度/分析方法   >96.0%(HPLC)

产品编码:   D4780 | 纯度/分析方法   >98.0%(HPLC)(N)