Products
Sintered
NdFeB Magnets
YX Magnetic provides custom sintered NdFeB magnets for industrial applications requiring strong and reliable magnetic performance.
Key Advantages.
Why Choose Sintered NdFeB Magnets?
Sintered NdFeB magnets support compact, high-efficiency designs across motors, sensors and magnetic assemblies.
Technical Specifications.
Sintered NdFeB Magnet Specifications
Our sintered NdFeB magnets can be customized according to magnetic performance, dimensions, tolerance, coating, working temperature and application requirements.
| Item | Options | |
|---|---|---|
| Grade | N35–N52, M, H, SH, UH, EH, AH series | |
| N35–N52, M, H, SH, UH, EH, AH series | ||
| Shape | Disc, ring, block, arc, cylinder, segment, custom shape | |
| Disc, ring, block, arc, cylinder, segment, custom shape | ||
| Coating | Ni-Cu-Ni, zinc, epoxy, black nickel, rubber, custom coating | |
| Ni-Cu-Ni, zinc, epoxy, black nickel, rubber, custom coating | ||
| Magnetization | Axial, diametrical, radial, multipole, custom direction | |
| Axial, diametrical, radial, multipole, custom direction | ||
Key Advantages.
Standard and Custom NdFeB Magnet Shapes
YX Magnetic manufactures NdFeB magnets in standard and custom shapes to match different mechanical structures, magnetic circuits and assembly methods.
Coating & Corrosion Protection.
Coating Options for Sintered NdFeB Magnets
Proper coating helps protect sintered NdFeB magnets from corrosion and environmental exposure. We recommend coating options based on humidity, salt spray, temperature, chemical exposure and assembly conditions.
Material
Shape
Size & Tolerance
Grade
Coating
Magnetization
Assembly
Testing
Magnetization Options.
Custom Magnetization for Your Magnetic Circuit
YX Magnetic supports different magnetization directions and patterns to match your magnetic circuit and assembly design.
Axial Magnetization
Aliqua id fugiat nostrud irure ex duis ea quis id quis ad et. Sunt qui esse pariatur duis deserunt mollit dolore cillum minim tempor enim elit aute irure tempor cupidatat incididunt.
Diametrical Magnetization
Aliqua id fugiat nostrud irure ex duis ea quis id quis ad et. Sunt qui esse pariatur duis deserunt mollit dolore cillum minim tempor enim elit aute irure tempor cupidatat incididunt.
Radial Magnetization
Aliqua id fugiat nostrud irure ex duis ea quis id quis ad et. Sunt qui esse pariatur duis deserunt mollit dolore cillum minim tempor enim elit aute irure tempor cupidatat incididunt.
Multipole Magnetization
Aliqua id fugiat nostrud irure ex duis ea quis id quis ad et. Sunt qui esse pariatur duis deserunt mollit dolore cillum minim tempor enim elit aute irure tempor cupidatat incididunt.
Coating & Corrosion Protection.
How to Start a Custom
Sintered NdFeB Magnet Project
Send us your drawing, material details, and requirements for manufacturing recommendations.
Submit drawing or specifications
Raw materials are prepared and blended according to required magnetic performance.
Material and coating recommendation
Dimensions, shapes and tolerances are finished through precision machining.
Inspection and volume production
Finished magnets are inspected, protected and packed for safe delivery.
Product Series.
Get Custom Sintered NdFeB
Magnets for Your Application
Reliable sintered NdFeB magnets for high-performance industrial systems.
FAQ.
Sintered NdFeB Magnet FAQ
Common questions about magnet selection, custom manufacturing, coatings, magnetization and quotation requirements.
Request a QuotePlease provide material grade, size, tolerance, coating, magnetization direction, working temperature, quantity, application and drawing if available.
Yes. They can be customized by shape, size, grade, coating, tolerance and magnetization direction.
The coating depends on humidity, temperature, corrosion exposure and assembly conditions. Nickel, zinc and epoxy are common options.
The coating depends on the operating environment. Nickel, zinc, epoxy, parylene, PTFE and other coatings can be selected based on corrosion resistance, humidity, chemical exposure, appearance and assembly requirements.
High-temperature series such as H, SH, UH, EH or AH may be considered depending on working temperature and demagnetization risk.
Yes. They are widely used in motors, rotors, sensors, encoders, couplings and other magnetic assemblies.
