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Battery Recycling Equipment Manufacturing Engineering · Manufacturing · Global Service
Solution Category

Lithium Battery Recycling

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02 / Solution Range

Choose the solution that matches the actual recycling problem

Each card is a problem-led route in this family, not a fixed equipment catalogue. Capacity, recovery rate and purity stay project-specific.

Lithium battery recycling feedstock
CONFIGURABLE Lithium battery recycling

Lithium Battery Recycling Solution

Problem addressed Projects need a clear mechanical route from lithium-ion battery feedstock to recovered black mass and metal fractions.

Typical feedstock End-of-life cells, modules, production scrap and prepared battery materials

Primary objective Recover black mass, copper, aluminum and other valuable fractions through a configurable mechanical recycling route

Recommended process logic Battery preparation / discharging → primary shredding → secondary crushing → screening & black mass collection → copper / aluminum / plastic separation → dust & off-gas treatment

Related production line Lithium Battery Recycling Line

View Solution Detail → View Related Line →
Battery electrode and production scrap
CONFIGURABLE Material recovery

Battery Material Recovery Solution

Problem addressed Prepared battery fractions can contain active material, copper, aluminum, steel, plastics and lightweight components that require staged classification and separation.

Typical feedstock Prepared / crushed lithium-ion battery material fractions

Primary objective Recover valuable material fractions while reducing cross-contamination, fine-material loss and unnecessary processing steps.

Recommended process logic Feedstock characterization → controlled liberation → screening & classification → magnetic / air separation → density-based separation → fraction collection

Related production line Lithium Battery Recycling Line

View Solution Detail → View Related Line →
03 / Solution Selection Guide

Start with the problem, not the equipment

The guide indicates whether this category is relevant to evaluate first. It does not replace engineering confirmation.

Step 01 / What is the feedstock? Step 02 / What is the main problem or recovery goal? Step 03 / What is the current project stage?
Selection result / indicative

Start with feedstock, goal and project stage.

Choose the three inputs to see whether this category is relevant to evaluate first.

04 / Solution Comparison

Compare decision logic, not unverified performance claims

No capacity, recovery %, purity or power figures. Those stay project-specific.

SolutionTypical feedstockPrimary problemMain objectiveCore process logicMain outputsEngineering complexityRelated production line
Lithium Battery Recycling SolutionEnd-of-life cells, modules, production scrap and prepared battery materialsProjects need a clear mechanical route from lithium-ion battery feedstock to recovered black mass and metal fractions.Recover black mass, copper, aluminum and other valuable fractions through a configurable mechanical recycling routeBattery preparation / discharging → primary shredding → secondary crushing → screening & black mass collection → copper / aluminum / plastic separation → dust & off-gas treatmentBlack mass, copper, aluminum, steel / structural metals, plastic & separator fractionsConfigured by battery format, condition and target outputsLithium Battery Recycling Line
Battery Material Recovery SolutionPrepared / crushed lithium-ion battery material fractionsPrepared battery fractions can contain active material, copper, aluminum, steel, plastics and lightweight components that require staged classification and separation.Recover valuable material fractions while reducing cross-contamination, fine-material loss and unnecessary processing steps.Feedstock characterization → controlled liberation → screening & classification → magnetic / air separation → density-based separation → fraction collectionBlack mass / active material, copper-rich, aluminum-rich, ferrous and plastic / separator fractionsConfigurable by feedstock and target outputsLithium Battery Recycling Line
06 / Process Strategy Comparison

Different solutions begin with different process logic

One shared framework. Highlighted stages show each solution’s system boundary, not a mandatory full line.

Lithium Battery Recycling Solution

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Solution-level process route. Equipment configuration, technical data and project cases are covered on related Production Line pages.

Battery Material Recovery Solution

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This page describes recommended process logic for material recovery. Actual production-line configuration depends on feedstock, capacity, plant conditions and downstream requirements.

09 / Solution Enquiry

Request solution guidance around your material

Share feedstock, material condition, recovery goal and plant conditions. The first response should identify a relevant solution type and the confirmation still required.

Prepare if available:
Feedstock photos, material condition, recovery target, plant area, utilities and project stage.

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