Neodymium Disk Magnet Round Magnet Customization
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Product Name:
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Neodymium Magnet, NdFeB Magnet
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Grade & Working Temperature: |
Grade
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Working Temperature
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N25-N55
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+80℃ / 176℉
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N30M-N52M
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+100℃ / 212℉
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N30H-N52H
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+120℃ / 248℉
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N30SH-N50SH
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+150℃ / 302℉
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N25UH-N50UH
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+180℃ / 356℉
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N28EH-N48EH
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+200℃ / 392℉
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N28AH-N45AH
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+220℃ / 428℉
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Coating:
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Ni, Zn, Au, Ag, Epoxy, Passivated, etc..
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Application:
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Sensors, motors, filter automobiles, magnetic holders, loudspeakers, wind generators, medical equipment, etc.
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Advantage:
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20 years production experiences with various grades, cut down the price with good performance, and do customization according to the request.
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Neodymium Magnet Catalogue
Form:
Rectangle, rod, counterbore, cube, shaped, disc, cylinder, ring, sphere, arc, trapezoid, etc.
Neodymium magnet series
Ring neodymium magnet
NdFeB square counterbore
Disc neodymium magnet
Arc shape neodymium magnet
NdFeB ring counterbore
Rectangular neodymium magnet
Block neodymium magnet
Cylinder neodymium magnet
The magnetization direction of the magnet is determined during the fabrication process. The magnetization direction of the finished product cannot be changed. Please be sure to specify the desired magnetization direction of the product.
The current conventional magnetization direction is shown in the figure below:
Everything in the world obeys the law of conservation, and so does the magnet. When attaching or pulling something displays or releases some conserved energy, which is then stored for use as energy applied while pulling. Each magnet has a home and a hard point at both ends. The north side of the magnet will always attract the south side of the magnet.
Common magnetization directions are shown in the figure below:
1> Cylindrical, disc and ring magnets can be magnetized radially or axially.
2> Rectangular magnets can be divided into thickness magnetization, length magnetization or width direction magnetization according to the three sides.
3> Arc magnets can be radial magnetized, wide magnetized or coarse magnetized.
Before the production process begins, we can determine the specific magnetization direction of the magnet that needs to be customized according to your needs.
Coating and Plating
Sintered NdFeB is easily corroded, because the neodymium in sintered NdFeB will be oxidized when exposed to the air, which will eventually cause sintered NdFeB product powder to foam, which is why the periphery of sintered NdFeB needs to be coated with anti-corrosion Oxide layer or electroplating, this method can protect the product well and prevent the product from being oxidized by air.
Common electroplating layers of sintered NdFeB include zinc, nickel, nickel-copper-nickel, etc. Passivation and electroplating are required before electroplating, and the degree of oxidation resistance of different coatings is also different.
Hello ,
We have long-term and close cooperation with research institutes home and abroad such as China Iron and Steel Research Institute, Ningbo Magnetic Materials Research Institute and Hitachi Metal,which has enabled us to consistently maintain a leading position of domestic and world-class industry in the fields of precision machining, permanent magnet applications, and intelligent manufacturing.
We have over 160 patents for intelligent manufacturing and permanent magnet applications, and have received numerous awards from national and local governments.
If you are interested in our product or service, please do not hesitate to contact us. We are more than happy to hear from you and help you with whatever you need.
We value your input and will always strive to provide you with the best customer service experience possible. No question or inquiry is too big or too small for us to handle.
We promise to respond to all messages within 24 hours. We believe in maintaining good communication with our customers, and we will do our best to make sure all your concerns are addressed promptly.
Thank you for considering us as your business partner. We look forward to hearing from you soon.
