Miralon D125-NMP Carbon Nanotube Dispersion in NMP Solvent for High-Performance Cathode Slurries for Battery Cathodes

MIRALON Carbon Nanotube Dispersion Liquid for Battery Cathodes.  MIRALON D125-NMP is a Multi-Walled Carbon Nanotube (MWCNT) material that performs like a Single-Walled Carbon Nanotube (SWCNT) materials, but with a lower cost and better electrode mechanical properties.

Miralon D125-NMP dispersions contain 1.25% MIRALON pulp and 3.75% PVDF binder in a N-Methyl-2-pyrrolidone (NMP) solvent.  It is a specialty component to create conductive electrode formulations for battery applications. It is suitable for the formulation of NMP-based coatings, particular for cathode slurries upon addition of Li-containing oxides, as battery active materials.

Enhanced Performance in Battery Systems

• Performs like a SWCNT but with a much lower cost AND better electrode mechanical properties
• Carbon Black (CB) performance with less carbon in the cathode 
• Increasing the energy density of the battery system.
• 90% reduction in carbon footprint compared to using traditional Carbon Black
• Pre-dispersed conductive additive already in solution, providing standardized electrical and mechanical properties to various materials
• Ready-to-use in combination with battery active material or upon dilution to the desired carbon/binder content in the range of ≤1.25 wt% Miralon
• Easy to mix solution with no requirement for heating prior to mixing

Applications

• High-Energy-Density Battery Development 

Specifications

• Viscosity: 6000-7000 cP  (6-7 Pa.s at 10 s-1).
• Particulate Size: < 60 microns  (via the Hegman gauge)
• Opaque Black color