Used primarily in liquid crystal mixtures for liquid crystal displays (LCDs). It contributes to optimizing the dielectric anisotropy and lowering the rotational viscosity, which enhances the response time of the display. Its structure supports good thermal stability and wide operating temperature ranges, making it suitable for use in automotive displays, industrial monitors, and consumer electronics. The presence of fluorine atoms improves the chemical stability and reduces dipole-related losses, beneficial for energy-efficient display technologies.