GIRON Magnetic Shielding Film, which does not contain Nickel, is unlike any other magnetic shielding material available on the market today. The 30" wide "fully hydrogen annealed" plates offer the best shielding available (up to 10 times the shielding effectiveness of stress-annealed alloy) and should not be soldered, welded, or heated in any way. This material is particularly suited for achieving precise levels of partial shielding as you can add exactly the right number of layers to achieve the desired result. Magnetic Shielding cans are typically manufactured from high permeability MuMetal (Grade ASTM A753 Alloy 4) and provide excellent low frequency magnetic field attenuation with low coercive forces. All of our MuMetal magnetic shielding products can be provided with matching lids and bespoke hole configurations, and are supplied in a hydrogen magnetically annealed condition to optimise final magnetic properties. Because we have no control over many of these factors, we cannot and do not guarantee any specific shielding performance for a specific application of these materials. High saturation and moderate permeability make this ideal for shielding weak magnets, or stronger magnets with many layers of shielding. This method offers much less bulk and better appearance than the old overlap technique and provides excellent shielding integrity. Used for years in industry to shield delicate electronic components from EMFs, this 80% Nickel alloy magnetic shielding foil is now available at affordable prices for home and office use.
Providing another copy to a person else for are poised to attack the mu metal shielding technique, major to a energy crisis that. The amount of shielding that you will achieve depends on many factors, including the size and shape of the shield.


Very light weight and flexible, easily trimmed with scissors this material will provide good high frequency magnetic shielding for moderate to low intensity fields below 1000 kHz. Magnetic Shields are specialists in the manufacture and supply of MuMetal Magnetic Shielding Cans for transformers and other sensitive electronic components.
Our fully equipped manufacturing site provides the capacity for producing high volume, deep drawn shielding cans, whilst our highly skilled workforce are able to fabricate magnetic shielding cans in smaller volumes from a variety of methods, including metal spinning and traditional techniques. We have teamed with the design and engineering division of the Giron manufacturer to offer start-to-finish magnetic shielding solutions for residential, commercial, and industrial buildings.
First line of defense for shielding strong magnetic fields from magnets, speakers, small transformers and motors.
Joint-Shield can also be used by itself as an excellent magnetic shielding material when a 4" width and adhesive backing is desirable (wrap it around wiring and conduit, speaker magnets, even small appliances like shavers and hair dryers!). While the special alloys in Magnetic Shielding Foil, Mag-Stop Plates, Joint Shield, and Metglas, exhibit high magnetic permeability, there are many factors which affect the amount of magnetic shielding you will achieve by using these materials. This is a generous .010" thick, fully hydrogen annealed magnetic shielding alloy with adhesive backing (rated 0 - 200A°F) on one side.
Our extensive stock range of circular and square cornered shielding cans provide highly effective protection from magnetic interference and electromagnetic radiation.
Cuts neatly with snips or sheet metal tools, and can be used either flat or molded into shapes for best performance.
This occurs when the Earth's magnetic field (about 400 mG) interacts with a large shield, reducing its effectiveness, unless special "high saturation" (MagnetShield) shielding alloys are incorporated into the design.


Combining high performance nanocrystalline magnetic shielding alloy sandwiched between layers of clear PET to achieve good performance and easy handling.
The list of such factors includes: size and shape of the source of the magnetic field, size and shape of the shielded area, seams in the shielding material, frequency of the magnetic field, distance from shield to source, orientation of shield to the source, thickness and heat treatment of shielding material, etc.
Replacing existing wire with MAµCord is likely to be much less costly, more effective, and probably more convenient than shielding. For shielding jobs where you dona€™t need a high attenuation, this unique material is just the ticket. Strong magnetic fields are harder to shield because they tend to "saturate" the shielding material. Composed of individual metal links which give good flexibility and plenty of air circulation. Just right when you need to cut magnetic shielding materials including Giron, MagnetShield , and Magnetic Shielding Foil.



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