Ultra -high magnetic guidance -absorbing material is a material that can effectively absorb and inhibit electromagnetic waves. It is mainly used in wireless communication, radar, electromagnetic interference suppression and other fields.

1. The principle of ultra -high magnetic guidance rate suction material is to achieve electromagnetic wave absorption through the magnetic guide rate inside the material. The magnetic guidance rate is the ability to respond to the magnetic field. The high magnetic guidance means that the material response to the magnetic field is stronger, which can more effectively absorb electromagnetic waves.

2. Ultra -high magnetic guideline suction material is usually composed of magnetic materials and suctioning agents. Magnetic materials can enhance the magnetic field response capacity of the material, and the absorbing agent can increase the material's absorption of electromagnetic waves.

3. Ultra -high magnetic guidelines can absorb electromagnetic waves of specific frequency bands through the appropriate design and deployment. For example, by adjusting the ingredients and structures of the material, the efficient absorption of electromagnetic waves of specific frequency bands can be achieved.

4. At present, some commonly used ultra -high magnetic guidelines include iron oxygen, iron -based, nickel -based, etc. These materials have high magnetic guidance and good suction performance.

5. The performance of the ultra -high magnetic guidance rate suction material mainly depends on the magnetic guidance rate of the material, the coverage range of the absorbing frequency band, the peak suction peak, and the suction loss. In practical applications, the appropriate materials need to be selected according to specific needs.

Ultra -high magnetic guidance absorbing material is an important electromagnetic wave absorption material. Its unique magnetic conductivity characteristics can achieve efficient absorption of electromagnetic waves. In practical applications, the appropriate materials need to be selected according to specific needs to achieve the best absorbing effect.