Understanding Magnetic Shielding - Is This Correct?

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Magnetic permeability measures how easily a magnetic field penetrates a material. Using highly permeable materials like steel or aluminum for magnetic shielding allows external magnetic fields to pass through the container's walls rather than affecting the interior. This means the magnetic field inside the container remains unchanged by external sources. The discussion confirms that this understanding of magnetic shielding is accurate. Additional resources, such as the Magnetic Shield Corporation's website, can provide further insights.
Treborman
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I'm struggling to get my head around this concept.

As far as I know, magnetic permeability is a measure of the ease at which a magnetic field passes through a body. So if I used a highly magnetic permeable material (steel, aluminium) for a container to shield against external magnetic fields, the magnetic field would prefer, for want of a better word, to pass through the container's walls than through the container itself, and thus the magnetic field inside the container will not be changed from external sources.

Is this correct?
 
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Yes, that is correct. Maybe this website will also be of some help -- we use Magnetic Shield Corporation's products in some of our applications:

http://www.magnetic-shield.com/dynamics/index.html
 
Thanks for your help! Much appreciated! :smile:
 

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