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Anode Crushing Machine

Updated: 2026-07-18

Overview

The negative electrode sheet crushing machine is a purpose-built industrial device for processing spent lithium-ion battery components. It addresses the growing demand for efficient battery recycling by mechanically separating graphite-coated copper foils from collected electrode sheets. As global electric vehicle adoption rises, these machines have become critical in closed-loop battery material recovery systems. They enable the extraction of valuable metals (copper) and carbon materials while meeting environmental regulations for waste handling.

Structure and Working Principle

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The machine typically consists of a feeding conveyor, primary shredder, secondary crusher, vibrating screen, and dust collection system. The multi-stage design ensures thorough material disintegration while controlling particulate emissions. Operation begins with whole electrode sheets being fed into the primary shredder where rotating blades with tungsten carbide tips tear the material. The secondary crusher further reduces particle size through shear and impact forces. A screening mechanism then separates copper foil fragments from graphite powder for downstream processing.

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Key Features

Modern models incorporate several specialized features for battery recycling applications. Explosion-proof motors and nitrogen inerting systems mitigate fire risks from residual lithium. Magnetic separation modules automatically remove metallic impurities during operation. Advanced units offer PLC-controlled automation with particle size adjustment (typically 0.5-10mm) and real-time monitoring of throughput (commonly 200-1000kg/h). Wear-resistant components like Hardox steel liners extend service life when processing abrasive graphite materials.

Application Areas

These machines are primarily deployed in battery recycling plants and cathode material production facilities. They form the first stage in black mass recovery processes, enabling subsequent hydrometallurgical or pyrometallurgical treatment. Secondary applications include R&D centers testing new electrode formulations and battery manufacturers processing production scrap. Some models are adapted for other laminated material recycling, such as flexible printed circuits or photovoltaic backsheets.

Maintenance and Precautions

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Regular maintenance is crucial due to the abrasive nature of electrode materials. Blade replacement intervals typically range from 200-500 operating hours, depending on material hardness. Bearings and seals require monthly inspection to prevent contamination from graphite dust ingress. Safety protocols must address both mechanical hazards and chemical risks. Operators should wear PPE including respirators (for graphite dust) and anti-static gear. The crushing chamber should only be accessed after confirmed discharge of any residual battery charge.

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B2B Procurement Guide

When evaluating suppliers, prioritize manufacturers with documented experience in battery recycling equipment. Request test reports showing material separation efficiency (target >95% copper recovery) and dust emission levels (<10mg/m³). Consider total cost of ownership including energy consumption (approximately 15-30kW for mid-range models) and spare parts availability. For large-scale operations, modular designs allowing parallel processing lines often provide better scalability than single high-capacity units.

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