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

Why Conductive Slurry Has Become a Critical Battery Processing Step Battery manufacturers spend enormous effort optimizing active materials, binders, coatings and electrode structures, but one comparatively small component can have a major influence on the final electrode: the conductive additive network. Carbon black, carbon nanotubes and other conductive materials are incorporated into electrode formulations to create pathways that help electrons move through the electrode

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.