Used primarily in liquid crystal formulations for advanced display technologies, this compound contributes to improving the dielectric anisotropy and nematic phase stability of the mixture. Its rigid, multi-ring structure enhances thermal stability and alignment control in liquid crystal cells, making it suitable for use in high-performance LCDs, including those designed for low-temperature operation. The fluorinated moieties help reduce rotational viscosity, enabling faster response times in display switching. It is especially valued in formulations for TFT-LCDs and other precision electro-optical devices where wide operating temperature ranges and energy efficiency are critical.