All-Solid-State Battery Electrode Slurry Sequencing for Uniform Contact

The patent applies preliminary action by pre-mixing the electrode active material and solid electrolyte in a specific ratio before the compression molding process. This pre-mixing ensures that the components are uniformly distributed in advance, so that when compression molding is applied, the contact uniformity is maintained without requiring complex manufacturing processes. The slurry preparation step before molding is the key preliminary action that resolves the contradiction.

The patent applies segmentation by dividing the mixing process into distinct stages: first mixing the electrode active material and solid electrolyte to establish continuous pathways, then separately adding the conductive agent and binder in subsequent steps. This segmentation prevents the conductive agent and binder from blocking the solid electrolyte pathways during mixing, thereby maintaining high energy density while keeping the manufacturing process manageable through clear sequential steps.

The patent applies parameter changes by optimizing the mixing ratio of electrode active material to solid electrolyte and controlling the particle size distribution of these components. By adjusting these parameters, the slurry achieves uniform flow and packing characteristics that result in uniform contact surfaces after compression molding. This resolves the contradiction by achieving both manufacturing simplicity and high electrochemical reaction efficiency through parameter optimization rather than complex processes.