Essential Battery Slurry Characterization Techniques
A guide to optimize and control your slurry formulations and coatings
Electrode slurries play a critical role in the performance of lithium-ion batteries. These slurries are composed of active materials, binders, conductive additives, and solvents. Their composition and structure significantly influence the performance and durability of the resulting electrodes. Therefore, understanding how to properly mix and coat electrode slurries is essential for optimizing the performance of the battery system. Analytical techniques such as rheology and thermal analysis are commonly used to characterize the physical properties of electrode slurries. These techniques will help answer:
• How are the slurry properties quantified? • Will the slurry formulation coat properly? • How does the slurry structure change during coating? • Will any changes in the raw materials affect electrode homogeneity? • What is the shelf life of the slurry? • How can quality control be assessed?
The studies in this eBook will enable researchers to optimize their formulation and processing conditions for enhanced battery performance.
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Essential Battery Slurry Characterization Techniques
A guide to optimize and control your slurry formulations and coatings
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Topic world Rheology
Rheology deals with the flow behavior and deformation properties of materials. In the chemical field, it is indispensable for understanding the consistency, viscosity and elasticity of liquids, gels and solids. Whether formulating paints, producing polymers or optimizing food textures, rheological properties influence how substances react, move and feel.
Topic world Rheology
Rheology deals with the flow behavior and deformation properties of materials. In the chemical field, it is indispensable for understanding the consistency, viscosity and elasticity of liquids, gels and solids. Whether formulating paints, producing polymers or optimizing food textures, rheological properties influence how substances react, move and feel.
