This compound is primarily used as a synthetic intermediate for constructing complex organic structures, especially in organic electronics research such as organic light-emitting diodes (OLEDs) and organic solar cells. Its stable triazine core provides excellent electron conductivity and specific light absorption in targeted wavelengths, making it ideal for electron energy transfer systems. The chlorine substituent enables facile nucleophilic aromatic substitutions for further functionalization. Additionally, it is developed as a catalyst in high-precision pharmaceutical synthesis processes.