Used as a specialized reagent in organic synthesis, particularly in the preparation of silicon-based functional materials. Its aromatic silane structure makes it suitable for incorporation into light-emitting materials and organic semiconductors. Commonly applied in research settings for modifying surface properties in thin-film technologies and as a building block in the development of siloxane polymers with enhanced thermal and oxidative stability. Also explored in photoluminescent systems due to the naphthyl groups’ favorable light absorption characteristics.