The main components of low magnetic absorption materials are metals, including copper, aluminum, zinc, etc

With the development of modern technology, the impact of electromagnetic radiation on the environment is also increasing. Due to electromagnetic interference, the airport and flight were delayed and unable to take off; In hospitals, mobile phones often interfere with the normal operation of various electronic diagnostic and therapeutic instruments. So, in order to control electromagnetic pollution, we need to find a material that can resist and reduce electromagnetic wave radiation—— AbsorberVery important.

Absorbing material is a type of electromagnetic shielding material that reduces electromagnetic interference by absorbing the received electromagnetic wave energy. With the continuous advancement of science and technology, the amount of electromagnetic waves generated is increasing and their impact on the surrounding environment is also growing. As an electromagnetic shielding material, absorbing materials can be used alone or in combination with other electromagnetic shielding materials, and can be widely used in military and civilian fields.

    Low magnetic absorption materialIt is a low magnetic susceptibility material with high reflectivity, good electromagnetic compatibility, and low magnetic susceptibility. They are mainly used in electronic devices, communication base stations, radar and other fields, which can effectively absorb electromagnetic waves and protect sensitive equipment from electromagnetic interference.

The magnetic susceptibility of low magnetic absorption materials is low, usually between 100 ppm and 1000 ppm. Compared with high magnetic absorption materials, low magnetic absorption materials have weaker magnetism, resulting in relatively weaker electromagnetic properties. This makes them have better electromagnetic absorption performance in the low frequency range.

The main components of low magnetic absorption materials are metals, including copper, aluminum, zinc, etc. These materials typically have high density and hardness, as well as good corrosion resistance and wear resistance. Low magnetic absorption materials have good electromagnetic compatibility and can effectively absorb electromagnetic waves, protecting sensitive equipment from electromagnetic interference.

In addition to low magnetic flux absorbing materials, there are also other types of absorbing materials, such as Fiber absorbing materialPolymer absorbing materials, etc. These materials typically have low density and magnetism, and can effectively absorb electromagnetic waves. In addition, these materials can also be applied to other fields, such as electronic devices, communication base stations, etc.

In summary, low magnetic absorption materials are important materials with broad application prospects in electronic devices, communication base stations, radars, and other fields. The development of low magnetic absorption materials will further improve the electromagnetic protection level in these fields.