1. Latar Belakang Proyek

With the arrival of the first wave of “retired” power batteries, a well-known domestic lithium battery recycling enterprise faces the challenge of handling a large volume of secondary LiFePO₄ battery waste.

Karakteristik material: The material to be processed is the primary mixed material obtained after crushing retired LiFePO₄ batteries, containing cathode powder, crushed aluminum foil residues, and a small amount of impurities.

Core challenges: The aluminum residues are tightly adhered to the powder, and traditional screening methods have low efficiency and poor purity. It is necessary to achieve high-efficiency separation of aluminum foil and LiFePO₄ while maintaining high throughput.

2. Solusi Teknis: Bubuk Epik Horizontal Classifier Mill System for Lithium Battery Recycling

Daur Ulang Baterai Lithium

To meet the requirements of processing hard LiFePO₄ powder and stripping aluminum foil, the project adopted the Epic Powder Horizontal Classifier Mill as the core process equipment.

System workflow:

3. Processed Products and Outcomes

Through this process, the project achieved three-in-one outputs from the mixed material:

Product NameSeparation CharacteristicsDownstream Usage
Pure Aluminum ResiduesLarge particles, flake-shaped, separated through the mill’s internal discharge systemSent to aluminum plants for secondary smelting
Aluminum Residue Black Powder MixtureIntermediate product, usually larger composite particlesReturned to the front-end for recirculation or separately refined
Qualified LiFePO₄ PowderStable D50 ukuran partikel, high purity, extremely low metal impurity contentUsed as cathode material repair or wet-process recovery feedstock

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