Carbon Materials

Carbon nanotubes (both SWCNTs and MWCNTs) represent the premier conductive additive for high-energy-density lithium-ion battery electrodes and flexible electronic inks. However, their industrial deployment is plagued by a fundamental physics conflict: strong van der Waals attractions cause raw CNTs to form tightly entangled, macroscopic bundles that require intense shearing to disperse, yet excessive mechanical impact fractures the tubular carbon backbone, shortening tube len

Bead Mill for Graphene Exfoliation | Sanxing Machinery. How a bead mill peels graphite into few-layer graphene sheets a mechanical goal that's the opposite of most particle grinding.

Bead Mill for Carbon Nanotube Dispersion | Sanxing Machinery. how a bead mill debundles carbon nanotubes into stable conductive slurry — without over-shortening the tubes and losing conductivity.

Nano Bead Mill for Silicon-Carbon Anode Materials | Sanxing . How a nano bead mill grinds silicon to the sub-150nm range for silicon-carbon anodes — without the reagglomeration that ruins cycling life.

Dispersion is one of the quiet determinants of success in powder manufacturing. In industrial production, industrial powder processing equipment is expected to move material efficiently, but movement alone does not guarantee a usable powder. When particles remain clumped, wet unevenly, or resist uniform distribution, the result can be unstable quality, harder downstream handling, and performance that falls short of formulation goals. Understanding dispersion is therefore les