Yearly Archives: 2019

/2019
  • Strong Magnet Performance Curve

Strong Magnet Performance Curve

Strong Magnet Performance Curve, Demagnetization of Permanent Magnets, Demagnetization curves for a Nd-Fe-B The value of the reverse magnetic field strength required to reduce the magnetic induction to zero when the magnet is magnetized by reverse magnetization in the reverse magnetization is called the magnetic coercive force (Hcb). However, the magnetization of the magnet is [...]

  • NdFeB Magnet Price Trend

NdFeB Magnet Price Trend

NdFeB Magnet Price Trend After the effective control of rare earth NdFeB magnets in the past two years, the price tends to be stable, the rational development and utilization of rare earth minerals are effectively controlled, and the production of rare earth magnet raw materials is gradually stable. The raw material prices are stable throughout [...]

  • pay attention to when using a powerful magnet

What to pay attention to when using a powerful magnet

What to pay attention to when using a powerful magnet The application of magnets in everyday life is more common. There are a variety of magnets on the market, such as strong neodymium iron boron magnets, permanent magnet ferrites, and aluminium nickel cobalt magnets. Now, the performance of iron-boron magnets is still very good. In [...]

By |June 7th, 2019|Ferrite Magnet, Magnet Applications, Magnet News, Magnetic Field, Magnetic Ideas, Magnetic Knowledge, Magnetic Materials, Magnetic Technology, NdFeB, Neodymium Magnets, Permanent Magnet, Samarium Cobalt|Comments Off on What to pay attention to when using a powerful magnet
  • Shortages of rare earth elements usage

Shortages of rare earth elements could limit clean energy development

Shortages of rare earth elements could limit clean energy development Rare earth elements — elements like scandium, neodymium, and dysprosium — have found their way into every aspect of our daily lives, from the highly visible, like smartphones and fluorescent lamps, to the seemingly invisible: hybrid cars, rechargeable batteries, and wind turbines. There are even [...]

By |June 5th, 2019|Didymium, Element, Neodymium, Rare Earth Export, Rare Earth News, Rare Earths|Comments Off on Shortages of rare earth elements could limit clean energy development
  • China Rare Earth Permanent Magnet Industry

New Trends of Rare Earth Permanent Magnet Industry in China

New Trends of Rare Earth Permanent Magnet Industry in China Rare Earth Permanent Magnet Industry - Rare earth permanent magnet materials represented by samarium cobalt (Sm-Co) and neodymium iron boron (NdFeB) are the most permanent magnet magnetic materials in the world, and are widely used in many national economies such as information and communication, electronic [...]

  • Rare Earth Important Strategic Resources

Rare Earth: Important Strategic Resources

Rare Earth: Important Strategic Resources Foreword: Xi Jinping visited Jiangxi Jinli Permanent Magnet on May 20, 2019 to understand the development of the company and the development of the rare earth industry. It is then proposed that rare earth is an important strategic resource and a non-renewable resource. It is necessary to increase scientific and [...]

By |June 2nd, 2019|Magnetic Field, Magnetic Industry, Magnetic Knowledge, Magnetic Materials, Magnetic Science, Rare Earth Export, Rare Earth Magnets, Rare Earth News, Rare Earths|Comments Off on Rare Earth: Important Strategic Resources
  • High-performance rare earth permanent magnet horn and vibration motor in mobile phones

Rare earth permanent magnet application in information technology

Rare earth permanent magnet application in information technology It is well known that magnetic materials such as permanent magnets (also called hard magnet), soft magnetic and gyromagnetic materials in magnetic materials are important functional materials for the information industry. They play a very important role in traditional information departments including telecommunications, telephone, printing, publishing, news, [...]

  • Magnet Demagnetization Method

Magnet Demagnetization Method

Magnet Demagnetization Method Strong magnets can be magnetized and demagnetized, because the magnet itself is or will be magnetic, so we can make a certain method to demagnetize according to the use of strong magnets. Magnet Demagnetization Method Vibration demagnetization method: The operation of this method is very simple, that is, the powerful [...]

  • How to Separate Strong Magnets

How to Separate Strong Magnets?

How to Separate Strong Magnets? Strong magnets are magnetic after magnetization. In the next process, multiple magnets may need to be separated. Because the magnets of strong magnets are very strong, it is more difficult to separate the magnets. So how do we separate the powerful magnets operating? How to Separate Strong Magnets [...]

  • Ferrite Magnets Overview

Ferrite Magnets Overview

Ferrite Magnets Overview Ceramic magnets are permanent magnets made up of a composite of iron oxide and barium/strontium carbonate. Through pressing and sintering ceramic magnets are made. These magnets are also made in different grades. They are widely used magnets with good magnetic strength and resistance to demagnetization. The color of ceramic magnet is charcoal [...]

  • The construction of Modeling Eddy Current Losses in Permanent Magnet Motor

Modeling Eddy Current Losses in Permanent Magnet Motor

Modeling Eddy Current Losses in Permanent Magnet Motor Let’s begin with our model geometry. In this example, we have a 3D model of an 18-pole PM motor. To reduce computational efforts and capture the full 3D behavior of the motor, we use sector symmetry and axial mirror symmetry. You can see an animation of the [...]

  • Strong Magnet Quality

Determine Strong Magnet Quality

Determine Strong Magnet Quality NdFeB magnets are popular word products in the market. At present, the demand in China's market is getting bigger and bigger, and the bidding is getting bigger and bigger. Many magnet manufacturers have better competitive advantages in the market. Will reduce the cost by using inferior raw materials. Therefore, when buying [...]

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