Neodymium magnets do not radiate but do conduct electricity

     Neodymium magnets are widely used in our daily life, so many people are worried about whether neodymium magnets have radiation. Will it harm our health? In addition, Rare earth neodymium magnets are a metal alloy, so it is known from the characteristics of the metal itself that neodymium magnets are conductive, but compared with common copper, iron, aluminum and other conductors, will it be different? This will all be explained.

     First of all, we know that all magnets produce a magnetic field, and the magnetic field is the area composed of magnetic field lines, which is the result of the arrangement of magnetic moments inside the magnet. But magnetic fields are not the same as radiation.Radiation usually refers to energy that travels through space, has a certain degree of penetration, and under certain conditions, can have an effect on human health. However, the magnetic fields produced by neodymium magnets do not belong to this radiation. Magnetic fields do not carry energy and do not travel like radiation. Many objects in our lives, such as televisions, computers, and mobile phones, generate magnetic fields.

     Strictly speaking, magnets do not produce harmful radiation to the human body. In its guidelines on electromagnetic fields and public health, the World Health Organization clearly states that, based on the available scientific evidence, low-level exposure to electromagnetic fields is unlikely to produce any known harmful effects on human health. In general, high power ndfeb neodymium magnets do not produce harmful radiation to the human body. As long as they are used and handled correctly, we can safely utilize their powerful magnetic properties for a variety of applications.

     On the other hand, it is worth noting that although Ndfeb magnets have certain electrical conductivity, in practical applications, we usually do not take advantage of this characteristic. People will pay more attention to the magnetic properties of Ndfeb magnets. This strong magnetic material is mainly used in the manufacture of motors, generators, hard drives, nuclear magnetic resonance equipment, etc., which work mainly by using magnetic fields.

     In addition, the electrical conductivity of Ndfeb magnets is not strong, but in some cases, this characteristic may become a problem. For example, if the magnet comes into direct contact with the conductive material, it may cause a short circuit or current leakage. Therefore, when using custom shapes and size Ndfeb magnets, use insulating materials to wrap to avoid this situation.