Recycling equipment engineered and manufactured in Gongyi, China

+86 136 7691 8393 · xingmaojx.com

Recycling Solution

Battery Material Recovery Solution

Copper, aluminum, steel, plastics and active material require different physical separation stages.

Battery Material Recovery Solution installed or product view

Challenge

Copper, aluminum, steel, plastics and active material require different physical separation stages.

Solution

Balance particle-size control, magnetic, air, screening and density-based separation around target products.

Process

  1. Characterize representative feedstock.
  2. Define safe preparation and handling.
  3. Liberate target materials.
  4. Separate and collect valuable fractions.
  5. Control dust, exhaust and process risks.
  6. Validate performance against agreed test conditions.

Equipment Configuration

Configured after material, capacity, output, utility and site review. Equipment is selected from the related Products and Production Lines database.

Benefits

  • Clear process responsibility from one engineering route
  • Configuration based on material rather than generic equipment lists
  • Better integration of controls, conveying and environmental systems
  • Expansion path for changing capacity or feedstock

Applications

Commercial recyclers, manufacturers, EV/battery operators, waste-management companies and renewable-energy asset owners.

Cases

Existing project images document installations, production sites and deliveries, but the current source lacks customer names and verified project specifications.

Contact

Send material information, capacity, desired outputs, project country and timeline for an initial process review.

Technology advantages

Physical processes configured around the material

Controlled Preparation

Discharge and dismantling support safer downstream mechanical processing.

Mechanical Liberation

Shredding, crushing and milling expose valuable material fractions.

Physical Separation

Screening, air, magnetic, density and electrostatic stages divide outputs.

Fine-Material Control

Negative-pressure conveying and pulse collection capture dust and black mass.

Recycling process

A coordinated mechanical process

01

Discharge

02

Prepare

03

Crush

04

Separate

05

Collect

Frequently asked questions

Project planning FAQ

How is the correct equipment configuration selected?

Selection starts with representative feedstock, required throughput, target outputs, operating hours, site utilities and local safety requirements.

Are source-page performance values guaranteed?

No. Final guaranteed values must be stated in the approved model-specific technical proposal and tied to agreed test conditions.

Can customer material be tested?

Representative testing is recommended whenever feedstock variability may affect capacity, separation performance or process safety.

Start a conversation

Planning a recycling project?

Share your material, capacity and output requirements with the engineering team.