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NdFeB knowledge

Identify, compare and accurately describe neodymium magnets for sale

Information about materials, applications, magnet quantities and sources helps you describe a lot accurately.

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Loose rectangular neodymium magnetsClearly identified magnet shapesRecord block, ring, disc and segment magnets separately.Disc-shaped neodymium magnetsQuantity & conditionDocument the net weight, coating and contaminants.Removed HDD magnet assemblyTechnical applicationsThe original application and nameplate help with the initial assessment.Electric motors as a source of NdFeB magnetsIndustrial applicationsIdentify and describe motors, generators and production lots.

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  • Material-specific assessment
  • Clear follow-up questions
  • Agreed shipping arrangements

Practical magnet guide · Generators and decommissioning

Enquire about selling magnet material from wind turbines

Not every wind turbine uses the same generator type or permanent magnets. An enquiry begins with turbine and generator data, a bill of materials, decommissioning status and ownership.

Generators and decommissioning

Wind turbine magnets: classify material and source

For large components, consider material assessment, decommissioning planning, transport and potential waste status separately from the outset.

01

Turbine type

Use the manufacturer, model, generator design and technical documentation rather than industry-wide assumptions.

02

Decommissioning status

State precisely whether the material is a complete component, rotor, cassette, segment or loose magnet material.

03

Parties involved

Identify the owner, operator, decommissioning contractor and storage location, and confirm who is authorised to offer the material for sale.

04

Logistics

Dimensions, component weight, magnetisation, packaging and lifting points require separate planning.

Important limitation

Do not present typical magnet masses, fixed grades or Dy/Tb content as properties of the specific turbine.

For material assessment

Information required for wind turbine magnets

  • 01Turbine and generator data
  • 02Bill of materials or magnet data
  • 03Decommissioning and condition photographs
  • 04Ownership, country of location and status

Enquiry in four steps

Confirm the required photographs, quantity and origin, and agree the handover arrangements

  1. 01

    Enquiry

    Record the material, form, condition, quantity and unit, country where the material is located and supporting documents.

  2. 02

    Initial assessment

    Cross-check the stated material identity, batch, origin, parties, status and general processing route.

  3. 03

    Assessment plan

    If required, agree the sample, method, costs, packaging and handover arrangements.

  4. 04

    Commercial terms

    Only once a reliable basis has been established should the commercial terms, responsibilities and payment basis be documented.

Frequently asked questions

Wind turbine magnets: quick answers

Does every wind turbine contain neodymium magnets?

No. Generator designs differ; not every system uses permanent magnets.

Can complete generators be accepted?

This requires a project-specific enquiry. Dismantling, material proportions, ownership, logistics, legal status and a suitable route for acceptance must be clarified case by case.

Are wind turbine magnets especially valuable?

The application alone does not provide a reliable valuation basis. Composition, condition, documentation and the handling route are key.

Technical and legal sources

Six further references

Time-sensitive legal, transport and market information should be checked directly against the linked primary sources before it is used in a specific case.

Other specialist areas

Relevant ES Metall specialist pages

For more detailed information about selling, recycling, rare-earth materials and prices we pay, visit the relevant ES Metall specialist pages.