Used in organic electronics as a key intermediate in the synthesis of functional materials for OLEDs (organic light-emitting diodes). Its structure supports electron transport and enhances device efficiency. Commonly employed in the development of emissive or host layers due to its thermal stability and ability to form amorphous films. Also explored in pharmaceutical research for its potential kinase inhibitory activity, particularly in targeted cancer therapies. Serves as a building block in sulfonamide-based bioactive molecules, leveraging the morpholinosulfonyl group for improved solubility and binding affinity.