Conductive Slurry Production Line

The high-speed rotating rotor structure in the bead mill applies intense shear forces to break interparticle bonds between conductive filler particles.

High shear forces effectively disperse agglomerated particles, achieving nanoscale distribution of conductive fillers and resolving agglomeration /dispersibility issues.

Equipped with uniquely designed multi - layer stirring blades, the mixer operates with coordinated rotational directions at each level to promote circulatory flow. This prevents localized shear anomalies and maintains slurry homogeneity.

Completely eliminates micron-scale impurities in conductive slurries.

Dispersants reduce surface energy solidification of fillers, while stabilizers form protective films on particle surfaces to enhance repulsive forces and improve slurry stability.

Continuous low-speed stirring or recirculation pumping maintains slurry fluidity, while viscosity adjustment enhances particle suspension—dynamically preventing sedimentation and stratification.