magnetic field Sourcing Overview

Material:
FerriteCeramicNeodymiumNeodymium Iron BoronRubber CoatedRare EarthSamarium CobaltAluminumStainless SteelIron Based Nanocrystalline Core
Product Type:
Rare Earth Magnet With HoleNeodymium MagnetsSintered Rare Earth Block MagnetsBlock MagnetMagnetic AssemblyStripArc MagnetsFerrite MagnetsPermanent MagnetRing Magnet
Grade:
N30H-48HN35N42N52Industrial GradeArc ShapeBall ShapeDisc ShapeStrip ShapeCylinder Shape
Certification:
CESGSISO 9001RoHSREACHISO/TS 16949IATF 16949ISO 14001ISO 45001ISO 9001:2008
Magnetization Direction:
AxialRadialMulti PolesThicknessThrough Thickness or Diameter
  • Material Selection Risks Overlooking the specific magnetic material type can severely impact performance; for instance, Neodymium Iron Boron offers high magnetic strength but may require protective coatings like rubber to prevent corrosion, unlike Ferrite or Aluminum variants.

  • Specification Clarity on Product Type and Grade Insist on precise definitions of both product type and grade, such as choosing between a Rare Earth Magnet With Hole or a Block Magnet, and specifying grades like N42 or Industrial Grade to ensure the magnet meets your application's strength and shape requirements.

  • Certification Verification Practices In practice, most reputable suppliers will provide certifications like ISO 9001, RoHS, and CE, which confirm quality and compliance; prioritizing suppliers with these certifications reduces risk and supports regulatory adherence.

  • Magnetization Direction Impact on Cost and Functionality The choice of magnetization direction—axial, radial, or multi-poles—can account for a significant portion of the magnet's effectiveness and price, so evaluate this attribute carefully to balance performance needs against budget constraints.

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Frequently Asked Questions