Aromatic Liquid Crystal Polyester Resin Anti-Static Filler

The patent applies the 'Blessing in disguise' principle by converting the harmful static electricity that attracts foreign materials into a beneficial anti-static property. By incorporating electrically conductive fillers (carbon black, carbon fiber, metal powder, or conductive inorganic powder) at concentrations of 1-50 wt%, the resin compound develops surface resistance between 10^5-10^12 Ω/sq, which prevents static charge accumulation and thereby repels foreign materials during injection molding, eliminating the need for expensive clean room facilities.

The patent applies the 'Parameter changes' principle by precisely controlling the concentration of electrically conductive fillers within 1-50 wt% and adjusting surface resistance to fall within 10^5-10^12 Ω/sq. This parameter optimization creates a balance where the resin compound has sufficient anti-static properties to prevent foreign material adhesion while maintaining adequate electrical insulating strength for electronic product applications. The liquid crystalline polyester resin matrix also contributes to maintaining mechanical and electrical properties despite filler incorporation.

The patent applies the 'Preliminary action' principle by pre-incorporating electrically conductive fillers into the resin compound before the injection molding process. This preliminary addition of conductive agents ensures that the resin compound already possesses anti-static properties prior to processing, preventing foreign material adhesion during injection molding. As a result, high productivity through injection processing is maintained while appearance quality is protected from defects caused by foreign material contamination.