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Custom Arc Shape Generator Motor Permanent Neodymium Magnet

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Custom Arc Shape Generator Motor Permanent Neodymium Magnet

Arc Neodymium Magnets
Material: Ndfeb + other rare earth material
Grade: N35 to N52
Working Temperature: 80 deg to 200 deg
Surface Treatment Method: Metallic Zinc, Nickel, Nickel+Nickel, Copper+Nickel, Nickel+Copper+Nickel,
Gold, Organic Epoxy, Nickel+Epoxy coating
Dimension: As your requiements
Tolerance:unless specified requirements, +/-0.1mm,+/-0.05mm
Orientation:The direction of magnetization depends on your applications.
Quantity:small order can be accepted
Payment:T/T or Paypal,Western union

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Product Description

Description	Custom Arc Shape Generator Motor Permanent Neodymium Magnet
Material	Neodymium-Iron-Boron
Max. working temperature	Grade	Max. Operating Temperature
	N35-N54	≤ 80°C
	35M- 52M	≤ 100°C
	33H-50H	≤ 120°C
	33SH-46SH	≤ 150°C
	30UH-42UH	≤ 180°C
	30EH-38EH	≤ 200°C
	28AH-33AH	≤ 230°C
Shape	arc,segment and any shapes are available.
Coating	Ni, Zn, Ni-Cu-Ni, Epoxy, Gold, Silver, phosphate, passivation
Price Advantage	Very competitive price, lower than average market price
Application	TV,Sensors,Servo motor,Motors, Rotors, Wind turbines/wind generators, Loudspeakers, loudhailer,Magnetic hooks & holder, Filters, Automobiles, etc.

Dunben Magnet Co.,Ltd can design, produce and supply Magnetic Rotor Assemblies to customer requirements.If you would like us to assemble your neodymium arc magnets onto your rotor (or any other assembly),Please contact us! We can supply magnetic assemblies as well as the magnets.
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Whether it is a simple rotor asssembly for low cost low speed use or a high specification magnetically balanced rotor with mechanical balancing, we can produce and supply high quality magnetic assemblies for your application.
Magnetic Balancing - some applications require the back-emf (generated voltage) in each phase to be of equal magnitude (to keep the power electronics simpler and lower cost). To allow this, it is possible for the magnetic output of each magnet to be measured and then the magnets can be assembled onto the rotor so that the total magnetic field each phase will see is as equal as possible. This is called magnetic balancing (or magnetic tuning).
High Speed Rotors - in some applications the magnets need additional sleeving to assist in holding the magnets in place. We work with customers, often using their designs, to ensure the magnets stay on the rotor at all times.
Mechanical Balancing - high speed rotors often require mechanical balancing to limit bearing damage, internal stresses and strains, noise, etc. We can balance the rotors to meet customer requirements.
Assembling - we can either assemble fully magnetised magnets onto the rotor. Or we can look to assembly unmagnetised magnets onto the rotor and magnetise afterwards in situ (if the design allows post-assembly magnetising to be feasible).
Machining - sometimes, especially for adding sleeves to rotors or when the air gap from rotor to stator is very small, the assembly outer radius needs to be precision ground. We can do this (but be aware that this may possibly affect the magnetic balancing - if you require more information on this effect please contact us).
Magnetic rotor assemblies include:- motors, generators, high speed actuators, wind turbines, magnetic pump couplings, printer rotors, direct drives, etc.

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Custom Arc Shape Generator Motor Permanent Neodymium Magnet

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