1300120535

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1300120535 is the world’s first full soft magnetic material, developed by Nippon Steel Corporation in 1995. It is made from a low-cost stainless steel substrate with a thin Ni-Fe-Co magnetic coating deposited on its surface. As the coating thickness is kept very thin (< 0.5 micrometer), the material keeps its initial magnetic features. After the coating, the material is annealed at high temperature between 500 and 700 degrees Celsius.

1300120535 has been widely used, especially in small-sized high-frequency motors, acoustical characteristic parts and some other core components in appliance and telecommunication due to its professional features. It has a high electrical resistivity, a high magnetic permeability and a high electrical limit factor. Compared to the traditional materials, 1300120535 can be manufactured with cost efficiency, good structure integrative properties and strong electrical insulating performance.

1300120535 is mainly applied to passive components such as inductors and chokes that require high-efficiency magnetic performance, such as coils for automotive motors, antenna coils, filter inductors and EMI suppression chokes. As it is a soft magnetic material, 1300120535 also can be used for ferromagnetic cores and electromagnetic relays. Moreover, the material can be widely used in automotive, medical and electronic equipment, including sensors, motors and transformers.

Most of the technology used in the 1300120535 working principle is based on electric field theory. The electric field theory assumes that the electric and magnetic properties of a substance are related. If two electric fields interact, an exchange of energy between them will occur. This exchange of energy is what is termed induction. When an electric field is introduced into a material, the induced magnetic field will interact with the existing magnetic field. This interaction will cause the existing magnetic field to be increased or decreased. If the increase or decrease is strong enough, it will cause the material to magnetize.

The working principle of 1300120535 is based on this induction phenomenon. The material consists of a stainless steel substrate coated with a thin layer of Ni-Fe-Co magnetic coating. This coating has a high magnetization field and a low coercivity, meaning that it is easily magnetized and demagnetized. When a current is introduced into the material, the induced magnetic field interacts with the existing magnetic field and produces an increase or decrease in magnetism.

The 1300120535 also has a high electrical resistivity and a high electrical limit factor. This means that it can act as a shield from electromagnetic interference. This can help improve the stability and reliability of any device or system that uses it. The material is also resistant to corrosion, making it an ideal choice for use in high-temperature and harsh environments.

In summary, the 1300120535 is a full soft magnetic material developed by Nippon Steel Corp. in 1995. It has a wide range of applications including automotive, medical and electronic equipment due to its high electrical resistivity, high magnetic permeability and high electrical limit factor. Moreover, its working principle is based on the theory of electrical field, which assumes that the electric and magnetic properties of a substance are related. The material is resistant to corrosion and helps protect against electromagnetic interference.

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