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The ferrite magnet particles are ground into particles smaller than 2 μm , so small that each particle consists of a single magnetic domain . The powder is then pressed into shape, dried and sintered again. The shaping can be carried out in an external magnetic field in order to achieve the preferre..
19,300 Ft
Parts of the iron separation units, which can also be used by themselves. The magnetic system placed in the stainless steel casing allows the surface magnetic value of the magnetic bars to be adjusted depending on the quality of the flowing raw material and the amount of flow. The neodymium magnets ..
42,000 Ft
Parts of the iron separation units, which can also be used by themselves. The magnetic system placed in the stainless steel casing allows the surface magnetic value of the magnetic bars to be adjusted depending on the quality of the flowing raw material and the amount of flow. The neodymium magnets ..
69,700 Ft
Parts of the iron separation units, which can also be used by themselves. The magnetic system placed in the stainless steel casing allows the surface magnetic value of the magnetic bars to be adjusted depending on the quality of the flowing raw material and the amount of flow. The neodymium magnets ..
98,200 Ft
Parts of the iron separation units, which can also be used by themselves. The magnetic system placed in the stainless steel casing allows the surface magnetic value of the magnetic bars to be adjusted depending on the quality of the flowing raw material and the amount of flow. The neodymium magnets ..
154,500 Ft
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..
6,030 Ft
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..
5,900 Ft
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..
19,810 Ft
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..
28,310 Ft
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..
32,100 Ft
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..
991 Ft
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..
1,152 Ft
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..
2,890 Ft
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..
5,640 Ft
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