A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
A neodymium magnet is a ferromagnetic material. In terms of magnetic properties, it belongs to the most stable magnet types. The neodymium magnetic alloy consists of microcrystalline particles that are placed in a strong magnetic field during production, so that their magnetic axes point in the same..
These magnets are characterized by a relatively high coercive force and a high working temperature (250°Celsius). Ferrite magnets are a brittle, fragile, low-remanence, non-corrosive type of magnet, resistant to acids and alkalis. Ferrite magnets are widely used in toys, motors, industrial holding m..
Permanent ferrite magnets are made of hard ferrites , which have high coercivity and high remanence after magnetization. Iron oxide and barium or strontium carbonate are used to make hard ferrite magnets. High coercivity means that materials are very resistant to magnetization, which is the basic ch..