DMAGF01 N52H Special Shaped Arc Neodymium Magnet for Generator

DMAGF01 N52H Special Shaped Arc Neodymium Magnet for Generator

The DMAGF01 52H Special Shaped Arc Neodymium Magnet is a precision-engineered permanent magnet designed for generator applications. Featuring a high Gauss rating and a special arc-shaped design, this magnet offers exceptional magnetic strength and performance. Ideal for compact, high-performance generators requiring robust magnetic power. Customizable specifications and fast sampling are available.Contact us for custom sizes and get a free quote!

MaterialNeodymium Magnet
ShapeRing
SizeCustomized
Grade&Working TempN52  80°C(176°F) , Customized
CoatingNi, Ni-Cu-Ni,Zn, Epoxy, Gold, etc.
Size tolerance±0.05mm, Customized
MagnetizationThickness , Axially , Multi-Magnetized,Customized
Delivery date7 -10 days for samples; 20-25 days for mass goods.
Min. order100PCS


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Key Attributes
NameDMAGF01 N52H Special Shaped Arc Neodymium Magnet for Generator
Place of OriginChina
MaterialNeodymium Magnet
ShapeArc
SizeCustomized
Grade&


Working Temp

N35-N54 80°C     (176°F)  35M- 50M 100°C   (212°F)


33H-48H 120°C   (248°F)  33SH-45SH 150°C   (302°F)

30UH-40UH 180°C   (356°F)  28EH-38EH 200°C   (392°F)

28AH-33AH 220°C   (428°F)   Customized

CoatingNi, Ni-Cu-Ni,Zn, Epoxy, Gold, etc.
Size tolerance±0.05mm, Customized
MagnetizationThickness , Axially , Multi-Magnetized,Customized
PackingStandard sea or air packing,such as carton,iron box,wooden box,etc.
Delivery date7 -10Cdays for samples; 20-25 days for mass goods.
Min. order100PCS
 


 

Applications

• Electric motors and generators:


Arc shape suits circular configurations for efficient energy conversion.

• Wind turbines:

Help convert wind energy in generators.

• Magnetic bearings:

Reduce friction and wear in machinery.

• Audio equipment:

Provide powerful and precise magnetic fields.




                                                                                                                       Plating Choices

Magnetization Direction Selection for Permanent Magnets

Magnetization Direction Selection for Permanent Magnets