Custom Neodymium Strong Round Magnet

  • Grade: N35
  • Size: 15*2mm, 12*3mm
  • Material: rare earth neodymium magnet
  • Finishing: nickel, copper, nickel
  • Intrinsic coercive force: 960(KA/m)
  • Coercive Force: 865 ( KA/m)
  • Maximum Energy Product: 287(KJ/m3
  • Remanence:1.21(T)
  • Density: 7.5(g/cm3)
  • Working temperature: 80(℃)
  • Curie temperature: 300(℃)
  • Application: widely used in toys, smart homes, mechanical equipment, tools, and other fields.

Are You an OEM Manufacturer?


Specifications of Neodymium Strong Round Magnet

Regular model(mm)

Advantages of Neodymium Strong Round Magnet:

Neodymium Strong Round Magnet

  • With advanced production equipment, quality is more guaranteed.
  • High-cost performance and strong applicability.
  • High-quality process, after a number of testing procedures, confirms the bulk and sample.
  • Neodymium strong round magnets are complete specification.

Why Select KENENG As Your Custom Neodymium Strong Round Magnet Supplier

KENENG has professional magnet production equipment and testing equipment. We are able to skillfully produce rubidium magnets, SmCo magnets, ferrite magnets, AlNiCo magnets, flexible magnets, etc. Not only are there many kinds of materials to choose from, we can also produce various shapes, such as annular, cylindrical, spherical, and so on. If you have samples or drawings, KENENG’s magnet factory can also customize magnets according to them.

OEM: Receive pictures or samples → Design & drawing process → Make sample, approval by customer → Confirmation on order detail → Signing Pi → Receive deposit → Mass production → Receive Balance → Delivery

ODM Customer has no design: Design & drawing process → Quotation → Payment of design fee → Make CAD or 3D design → Make sample, approval by customer  → Confirmation on order detail → Signing Pi → Receive deposit → Mass production →  Receive Balance → Delivery

We accept customized services:

1)Dimension Requirements (length, width, height, Diameter, and tolerance, etc )

2) Material and coating requirements

3) Processing according to design drawings

4) Requirements for Magnetization Direction

5) Magnet Grade Requirements

6) Surface treatment requirements (plating requirements)

7) Other requirements

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