Oxide Solid State Electrolyte Production Line

Oxide Solid-State Electrolyte Production Line Solution
Overview

By precisely optimizing the preparation process of SSB electrolytes, with a key focus on the bead mill grinding and dispersion stages, and comprehensively upgrading supporting equipment and systems, the market demand for solid-state batteries in terms of high energy density and long cycle life has been met.

Oxide Solid State Electrolyte Production Line can solve your problems:

Material Moisture Sensitivity
Poor Mixing Uniformity
Sintering adhesion to crucibles
High wear during airflow grinding(Solved by replacing with advanced agitator bead mill technology)
Poor pre-mixing dispersion performance
Grinding Stage: Deagglomeration Difficulty, Poor Dispersion, Non-uniform Distribution
Oxide Solid-State Electrolyte Production Line Solution
Characteristic
Dual-spiral ribbon structure enables all round mixing with >99.9% uniformity, significantly improving electrolyte performance
Nano-scale wet grinding technology effectively solves large particle size issues
Fully enclosed conveying system throughout the process prevents impurity introduction and enhances electrolyte purity
Precise temperature control improves sintering uniformity and protect solid electrolyte material structure
Main craft
Ton Bag Feeding
1
Batching&Mixing
2
Dosing&Discharging
3
Agitating & Sintering
4
Jaw Crusher & Roller Crusher
5
Jet Mill Crushing Area
6
Mixing & Emulsification
7
Bead Milling Area
8
Demagnetization/ Filtration
9
Automatic canning
10
Flow Chart for Battery Slurry
Flow Chart for Battery Slurry
Oxide Electrolyte Bead Mill

Uniform Dispersion

Technical Advantages

Efficient Grinding and Dispersion

pre-mixing dispersion performance

Achieve Uniform Dispersion

During operation, the bead mill repeatedly disperses and blends materials to significantly enhance mixing uniformity.

Technical Advantages

Post-sintering: Jaw crusher pre-crushing→bead mill coarse +fine grinding

Reduced equipment wear and efficient large-particle crushing.

Grinding Stage: Deagglomeration Difficulty, Poor Dispersion, Non-uniform Distribution

Turbine Bead Mill "Coarse + Fine Grinding” :Overcoming deagglomeration,dispersion, and uniformity challenges in the grinding stage.

Turbine Flow Channel Design :Achieves efficient dispersion, reduces particle agglomeration, and enhances powder uniformity.

Deagglomeration Optimization:Process adjustments combined with dispersants enable efficient deagglomeration of oxide solid electrolytes.

Slurry Anti-sedimentation:Adjust slurry viscosity or add stabilizers to prevent sedimentation and ensure uniform dispersion.

Large Particle Blocking:Precision screening technology prevents large particles from entering the grinding stage.

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