Used primarily as a reactive mesogen in liquid crystal formulations, enabling the creation of aligned polymer networks for optical films in displays. It contributes to improving response time and stability in liquid crystal display (LCD) devices. When polymerized under alignment conditions, it helps form durable anisotropic structures used in advanced optical compensation films. Its vinyl functionality allows for UV-induced polymerization, making it suitable for photolithographic processes in display manufacturing. Also employed in the development of switchable polymer-stabilized liquid crystal devices for smart windows and optical shutters.