Strong Powerful Special Shape NdFeB Magnets

special-shaped magnet for motor magnets, magnet stepper motor, brushless motor magnets, magnet wind power generator, micro motor magnets, magnet dc motor, linear motor magnets, at present, whether domestic or foreign, motor magnets and magnet motor demand is very big, the magnet is its core component, in micro motors, small and medium-sized motor and large generators, can using ndfeb permanent magnet materials

Strong Powerful Special Shape NdFeB Magnets

Strong Powerful Special Shape NdFeB Magnets

Previous: Sintered Neodymium Iron Boron Magnets
TAGS permanent magnet motor,dauermagnet,permanent magnet alternator,magnet manufacturer

rare earth neodymium different shape motor magnets.

Product name:Strong Powerful Special Shape NdFeB Magnet

Material: neodymium magnets

Coating: Nickel (Ni+Cu+Ni);Zinc, Tin, Epoxy, Gold, Ag ,Passivation, Phosphated

Shape:block magnet with hole

Magnetization direction:Thickness, Length, Axially, Diametre, Radially, Multipolar

Application: NdfeB Neodymium rare earth permanent magnets are widely use in many area, Such as Motors, Sensor, Speaker, Rotors, Alarm, Microphone, Wind turbines/Wind generators, Magnetic Hooks, Magnetic Holder, Filters automobiles Wind Energy; Generators; Electric Pump; Mining Equipment and so on.

Delivery time:3-10 days for sample,10-30days for production, According to the stocks.

Inner packaging: as customer’s request

Warning:1.Don’t swallow, This product contains small magnet, Swallowed magnets can stick together across intestines causing serious or fatal injury, Seek immedicate medical attention if magnets are Swallowd or inhaled

2. Don’t put them in nose or mouth which are so super strong, And must be kept far away from Children

1. Raw materials are prepared according to Nd2Fe14.

2. Put the prepared raw materials into the vacuum melting furnace (or flaking furnace) and conduct high temperature smelting to form alloy ingot (or flaking plate).

3. Alloy ingot (or slabs) is ground into magnetic powder particles only a few microns in size by air flow.

4. Press magnetic powder in magnetic field according to actual requirement.

5. After molding of billet in high temperature above 1000 ℃ vacuum sintering, and then to aging treatment in order to achieve the corresponding magnetic.

6. Magnetic performance testing.

7. Perform mechanical processing and surface treatment according to the size and shape required.

8. Visual inspection.

1. Raw materials are prepared according to Nd2Fe14.

2. Put the prepared raw materials into the vacuum melting furnace (or flaking furnace) and conduct high temperature smelting to form alloy ingot (or flaking plate).

3. Alloy ingot (or slabs) is ground into magnetic powder particles only a few microns in size by air flow.

4. Press magnetic powder in magnetic field according to actual requirement.

5. After molding of billet in high temperature above 1000 ℃ vacuum sintering, and then to aging treatment in order to achieve the corresponding magnetic.

6. Magnetic performance testing.

7. Perform mechanical processing and surface treatment according to the size and shape required.

8. Visual inspection.