What is the difference between ordinary magnet and neodymium magnet

It is a permanent magnet. It has an alloy of the mentioned metals in the form of Nd 2 Fe 14 B tetragonal crystalline structure. This magnet is the strongest commercial grade magnet that is available now. Therefore, these magnets can replace many other forms of magnets in modern products such as motors in cordless tools.

Neodymium is a ferromagnetic material; thus, we can magnetize it to become a magnet. However, the Curie temperature the material at which the magnet loses its magnetism of this element is very low.

Therefore, in its pure form, it shows magnetism at very low temperatures. But if we make an alloy of neodymium with some transition metals such as iron, we can improve the magnetism of this material. There are several factors that determine the strength of this magnet. The major factor is the tetragonal crystalline structure of this alloy. Moreover, a neodymium atom also has a lar magnetic dipole moment due to the presence of 4 unpaired electrons.

But the Curie temperature the material at which the magnet loses its magnetism is comparatively low. Monroe carries both Neodymium and Ceramic magnets. We use cookies to improve your experience. By your continued use of this site you accept such use.

For more information, please see our privacy policy. Want to read the latest news from Monroe Engineering? Click Here. Skip to content. Get a Quote. Magnets: the Basics As you may already know, a magnet is essentially an object which generates a magnetic field.

Regular magnets are the magnets we use for regular purposes. We generally use the term regular magnet to refer to ceramic or ferrite magnets. The major component in these magnets is ferrite. Ferrite is a ceramic material that mainly consists of iron III oxide.

We blend this compound with some other metals such as barium, manganese, nickel and zinc. These components are ferromagnetic and electrically non-conductive.

Moreover, there are two types of ferrite magnets as hard ferrites and soft ferrites according to the coercivity high and low, respectively. Apart from that, the energy product density of magnetic energy is also very low comparatively. But, the Curie temperature the material at which the magnet loses its magnetism of regular magnets is comparatively high. Permanent magnets are highly demanded in modern times.

The strongest of all permanent magnet options are rare earth magnets. Their magnet field is very powerful, about 1. They are applied where permanence is incredibly important. Curie temperature Tc is the temperature at which a magnet gets demagnetized. There are two types of a rare earth magnet.

They include neodymium magnets and ferrite magnets. Neodymium A neodymium magnet is a magnet in short.