Optimizing Electrode Formulation for High-Performance Batteries

As battery technologies advance, the demand for high-performance electrodes with consistent quality and scalable manufacturing continues to grow. Achieving those goals requires a deep understanding of how material properties influence processing and performance.

This webinar brings together insights from three advanced rheological studies to show how flow behavior and structural analysis can be leveraged to optimize both slurry-based and dry-powder electrode formulations.

What we’ll cover:

• Comprehensive rheological characterization of electrode slurries, including viscosity, yield stress, and viscoelastic properties
• Integration of impedance spectroscopy with rheology to reveal the interplay between microstructure and electrochemical behavior
• The impact of powder flow and shear behavior on dry powder processing of NMC (nickel manganese cobalt)-based cathodes

Why attend:

Attendees will gain practical strategies to

• Improve coating uniformity and electrode quality
• Enhance battery performance through better formulation control
• Apply rheological insights to both wet-slurry and dry-electrode processes

Whether you’re working with slurry-based coatings or exploring solvent-free technologies, this session provides actionable guidance to help you optimize your manufacturing process and stay ahead in the evolving battery landscape.

Who Should Attend:

• Battery scientists and engineers
• Rheologists
• Materials research scientists
• Lab managers and directors