Application Article Center
Application Notes & Research Insights
Discover technical articles, application cases, and characterization methods for advanced battery development."
Carbon-Coated Aluminum Foil vs Bare Foil: LFP Electrode Conductivity Compared
Abstract Carbon-coated aluminum foil (CCAF) is an aluminum current collector with a thin conductive carbon layer—approximately 2 µm per side—applied to both surfaces to reduce interfacial resistance between the foil and...
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Novel Method to Characterizing Battery Slurry Conductivity and Sedimentation Stability
Abstract Battery slurry resistivity is the electrical resistance per unit geometry of the electrode slurry — the inverse of anode slurry conductivity — and provides a direct, formulation-sensitive indicator of...
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Battery Slurry Viscosity vs. Dispersion: Why More Isn’t Always Better for Rate Capacity
Abstract Battery slurry viscosity and slurry dispersion state are closely linked, but a 2019 study by Kentaro Kuratani and colleagues (Journal of the Electrochemical Society) found that maximizing slurry dispersion does not guarantee...
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Study on the Correlation of Slurry Resistivity and Formulation
1. Preface A lithium-ion battery electrode slurry is a critical solid-liquid mixture consisting of active material, conductive additive, and binder dispersed in a solvent. Achieving an optimal battery slurry formulation...
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CVD Silicon-Carbon Anode Batch Testing: Powder-to-Cell Monitoring Workflow
Abstract CVD silicon-carbon anode (chemical vapor deposition Si-C anode, also called gas-phase or vapor-deposition silicon-carbon) deposits nano-silicon into a porous carbon scaffold via silane decomposition at elevated temperature — the most...
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Design of Polydimethylsiloxane(PDMS) Capsules for Modifying Cobalt-Free Nickel-Rich Layered Cathode Materials
1. Article Abstract Nickel-rich layered oxides are among the promising materials for the next generation of high-energy-density lithium-ion batteries. Although increasing nickel content can enhance the battery’s specific capacity, it...
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Analysis of Lithium-Battery Powder Particle Mechanical Behavior and Irreversible Deformation During Compaction
1. Abstract Particle-level mechanical properties control how electrode powders densify and how the electrode microstructure evolves during rolling and calendering. This study links single-particle compressive strength to bulk powder compaction...
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