DMAGB02 N42 NdFeB Thick Rectangular Plate Magnet | High-Power Permanent Magnet

DMAGB02 N42 NdFeB Thick Rectangular Plate Magnet | High-Power Permanent Magnet

N42 NdFeB thick rectangular plate magnet is a high-power permanent magnet with a magnetic energy product of ≥42 MGOe (N42 grade) and excellent coercivity (≥850 kA/m). Made from premium NdFeB material, it delivers strong, stable magnetic force, ideal for industrial applications like precision motors, sensors, automated equipment, and magnetic separators. Contact us for custom sizes and get a free quote!

MaterialNeodymium Magnet
ShapeBlock/Square
SizeCustomized
Grade&Work tempN42 80°C  (176°F),Customized
CoatingZn , Ni, Ni-Cu-Ni, 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. order100 PCS



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Key Attributes
NameDMAGB02 N42 NdFeB Thick Rectangular Plate Magnet | High-Power Permanent Magnet
Place of OriginChina
MaterialNeodymium Magnet
ShapeBlock
SizeCustomized
Grade&


Working Temperature

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 -10 days for samples; 20-25 days for mass goods.
Min. order100 PCS
 


 

Applications

* Elevator motors   * Wind Power Generators


* Servo Motors     * Hybrid Electric Vehicle

* Linear Motors     * Compressor Motors

* Hydraulic Generators

* Other applications: Machinery, audio/video, and communication equipment, medical devices, office automation, magnetic separators, etc.




                                                                                                                       Plating Choices

Magnetization Direction Selection for Permanent Magnets

Magnetization Direction Selection for Permanent Magnets