Ferrite Magnets are also known as Ceramic Magnets, Ceramic Ferrite Magnets are the best value permanent magnet available due to an abundance of raw materials and economical cost to manufacture. They are ideal for creating a deep magnetic field inexpensively.
Ferrite magnets are extremely popular due to their characteristics. Ceramic magnets are a cost effective option for high volume applications. Ceramic magnet alloys offer good resistance to external demagnetization fields. Commonly used in motors, speakers and work holding assemblies.
- Product Details
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Quick Details
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Coating:
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No coating
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Magnetism direction:
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Multi-poles Magnetized
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Sample:
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Avaliable
Quick Details
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Tolerance:
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±1%
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Grade:
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Multi-pole magnet
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Place of Origin:
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Hunan, China
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Coating:
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No coating
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Magnetism direction:
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Multi-poles Magnetized
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Sample:
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Avaliable
Details Images
Ferrite Magnet Introduction
Ferrite Magnet
FERRITE MAGNET SHAPE
Disc
Block
Ring
Cylinder
Other shape
Specification
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Shape
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Dimension
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Disc
(Round,Flat)
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Diameter:8mm~55mm
Thickness:2mm~15mm
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Block
(Rectangular，Square)
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Length:10mm~150mm
Width:10mm~100mm
Thickness:4mm~25mm
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Ring
(Speaker magnet)
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Outer diameter:30mm~280mm
Inner diameter:18mm~140mm
Thickness:5mm~25mm
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Cylinder
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Diameter:9mm~30mm
Thickness:10.5mm~43mm
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Magnetic Rotor
Cylinder+ shaft
Cylinder+ impeller
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Diameter:9mm~26.5mm
Height:10mm~43mm
Shaft & impeller can be customized.
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FAQ
HOW DO WE CHOOSE THE CORRECT MAGNET FOR OUR CLIENT'S?
2) Dimensions
Describe to us what size of magnet is required,a mechanical drawing will be extremely helpful.
3) Shape
What specific shape of magnet is required for your application? Most standard shapes of magnets are rings, blocks, discs, rods, arc, cylinders and segment.
4) Material
Several types of magnetic material are available like Ferrite, Neodymium. Depending on the application mentioned above we can identify the best suited material for your application.
5) Grade/Strength
The application will determine the strength/grade of magnet you require.
6) Magnetization
A magnet can be magnetized through its thickness, length or diameter, depending on its orientation. lt can also be magnetized with multiple poles on the same face of magnet. The purpose of various magnetization pattern is to alter the magnet's strength to best fit an application.
7) Quantity
How many magnets do you need right now? How frequently do you require these magnets?
Production Process
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