This is a brand page for the MUMETAL MAGNETIC SHIELD CORP. trademark by MAGNETIC SHIELD CORPORATION in Bensenville, IL, 60106.
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The mark consists of a shield that is white at its center and changing to gray scale moving toward opposite sides and outlined in white, the shield being on a black circular background having the word "MAGNETIC" in white above the shield, the word "SHIELD" in white to the lower left of the shield and the word "CORP." in white to the lower right of the shield, and a white block across the shield and background with the word "MuMETAL" in black and a white band having a black outline surrounding the circular background and opposite ends of the white block.
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Be the first to reserve your name and get help stopping others from using it - all in one place! IQS Directory is a top industrial directory listing of leading industrial MuMETALA® manufacturers and suppliers. Protect Your Hard Work with Mu MetalWhen it comes to EMI shielding, there are many options and coatings that can help reduce the exposure of EMI radiation and other electronic interference. FOR QUOTEWORLDWIDE MANUFACTURER and  DISTRIBUTOR Since 1941 Magnetic Shield Corporation, a division of Perfection Mica Company, is the premier supplier of custom magnetic shielding alloys and custom Built shields.
Whether you are an independent research scientist, inventor or student performing research at a university, national laboratory or design firm, we are here to help. Whether you want to learn shielding theory, shielding calculations, or the differences between our shielding alloys, we can help.
Shielding efficiency is a result of material composition, specific gravity, thickness, grain structure within the alloy, and hardness. Our most popular shielding alloy - so popular the name has been used generically in worldwide markets. Ready to use from stock, Co-NETIC® AA Perfection Annealed alloy is used for flat shields such as covers, doors, walls and simple two-dimensional shapes.
Often applied in fields of high intensity (strong fields), NETIC® provides high magnetic saturation characteristics.
After fabricating a magnetic shield, final annealing is generally required to increase grain structure, which improves shielding efficiency. How do you determine field reduction (attenuation) ratios of different thicknesses of shielding alloy?
To determining possible attenuation ratios (A), we have developed an automated, online calculator. Over several decades, Magnetic Shield Corporation has performed hundreds of laboratory tests and calculated thousands of shielding equations - all in an effort to continually validate the theoretical application of magnetic interference control in both AC and DC applications, and to aid engineers in shield design.
Our alloys provide interference control of H-fields, DC or AC to 100 kiloHertz, and differ fundamentally from RF shielding.
Conventional, to shield VLF, It was required heavy weight and with thickness of magnetic materials. Since it is processible on that spot according to the purpose, flexibility is high, and many uses can be considered by an idea.
Nanocrystal Magnetic Material is placed between the film, and the film and aluminum foil are accumulated, so it lasts long since discolors and it is hard to deteriorate. Since Nanocrystal Magnetic Material is put with the aluminium foil, air is not touched directly, so it does not oxidize. However, repeatedly bending it crack, air enters there, it oxidizes, and the performance decreases.

Mutual side end parts of a pair of panels are butted so as not to overlap, and fasten by curing tape. Shipment usually takes 5-9 days using EMS service with tracking number for guaranteed speedy delivery to your door! Utilize our website to review and source MuMETALA® manufacturers with preview ads and detailed product descriptions. Without these protective measures, a product is sensitive to these disrupting factors, which could damage the equipment and render is completely useless. Because our shielding alloys are field proven in the research community, and, with our decades of hands-on experience, you can be certain you are not wasting valuable time or funding. We are all affected by, and becoming acutely aware, of the affects electromagnetic interference has on safety and compliance.
By using a Gauss Meter, the electromagnetic source field strength is measured in "Gauss", and output into numeric values.
At the bottom of this page are our Slide Rule Calculator, Online Calculator, and B-H Curve. Depending on strength of the unwanted field (HO) and the amount of field Attenuation you need, one of our three alloys may be selected.
Considered far superior to other alloys because of our Perfection Annealing process, it is used where maximum attenuation is desired. Final anneal is a critical process step and extra care must be taken to avoid dropping or denting as shock may weaken an annealed shield's grain structure.
The first thing to do is estimate the physical size (diameter in inches) of a cylinder required to separate the area you need to protect from the source.
Simply input the estimated shield size (diameter in inches) and measured source field strength (gauss value); then click on the calculate button.
Theory behind the B-H curve is well documented, and it remains an effective reference tool. Shielding for E-fields at radio frequencies (RF) above 100 kiloHertz involves use of high conductivity materials such as Copper, Aluminum or certain conductive coatings.
Since it is lightweight, also when constructing the whole room, a construction weight limit can also be cleared. If it is not an environment worn down, the performance is maintained for five years or more.
You can get stable shield performance because magnetic-field flows in magnetic materials by butt-jointing panels. These MuMETALA® companies can design, engineer and manufacture MuMETALA® to your specifications and application need.
Not only is this a waste of money and time, but it can result in a huge disruption of any industrial process. Maintaining very low magnetic fields in a cryogenic or vacuum environment is critical for laboratory evaluation and experimentation.
For additional help, network with Universities on Facebook, or contact our Engineering Department with any specific questions. Each day we receive unique inquiries from students, inventors, scientists, engineers and buying professionals - many with limited knowledge of how magnetic shielding materials can be used to avoid unwanted interference. An example of measuring gauss before and after shielding an electrical panel with our MuMETAL® alloy can be seen on YouTube.
These valuable tools can help you compare our shielding alloys, different thicknesses, and shielding efficiencies, and select the size of shielding required to reduce (attenuate) unwanted fields. MuMETAL® is not a generic name - it is a proprietary brand that we certify to exacting quality standards and material specifications.
Co-NETIC® is fully annealed to exacting specifications in a quality controlled environment which builds grain structure, an important mechanical property for ultimate shielding performance. When Magnetic Shield Corporation provides MuMETAL® magnetic shields, they are Perfection Annealed (fully annealed in a controlled hydrogen atmosphere) to Magnetic Shield Corporation's exacting standards. That is why Magnetic Shield Corporation has developed practical methods of evaluating performance.

The online calculator will return possible attenuation ratio values for various shielding alloy thicknesses. A quick and easy to use request for quote form is provided for you to contact these MuMETALA® manufacturers and suppliers. Based on decades of field proven experience, our most popular item used in research is our MuMETAL® Zero Gauss Chambers. But first, we want to familiarize you with our specialty alloys and explain their differences. Evaluation begins with our Co-NETIC® Slide-Rule Calculator to determine alloy thickness required to attenuate unwanted fields. Now you can see the thickness of material required, and its effectiveness (attenuation ratio). The B-H curve (below) depicts our materials' capabilities to attenuate and absorb a wide range of magnetic fields. When both high frequency and low frequency fields are present, our alloys may be most effective if grounded and designed with proper RF shielding practices.
Each company has detailed profile information, locations, phone number, website links, product videos and product information defined. Mu metal is a type of EMI shield that offers protection against EMI radiation, RFI exposure, and other forms of electrical disruption. These scientifically engineered chambers provide a laboratory work space of extremely low magnetic field.
Available as stress annealed (partially annealed for ease of machinability), sheet stock is used for fabricated shields such as enclosures, cylinders, cans, channels or 3D boxes. For electronics applications requiring corrosion resistance, electro-tin plated stock is available.
To insure your shield is annealed properly, we can measure attenuation (a shield's ability to absorb magnetic energy) in our ISO 9001:2008 certified Quality Control Lab using one of our Helmholtz Coils. However, the slide-rule is based on mathematics derived for specific cylindrical shaped shields; therefore it is necessary to further evaluate using our "hands-on" developmental Lab Kits to provide real evidence of success.
Even products that give off EMI radiation use mu-metal shields to protect them from other equipment.
Typically, atmospherically controlled annealing is required after stamping, machining, bending, rolling or welding to provide maximum shielding performance. Fully annealed MuMETAL® offers attenuation properties that are considered the best available for most applications worldwide. We are the right resource for your information requirement whether its for a manufacturer of MuMETALA® sheet or MuMETALA® tape. You can find these shields used in electric power transformers, hard disks, cathode ray tubes, oscilloscopes, magnetic phonograph cartridges, magnetic resonance imaging equipment, magnetometers for magnetoencephalography and magnetocardiography, phtomultiplier tubes, superconducting circuits, vacuum chambers in experiments with low-energy electrons, and in many other places around the industrial world. This educational "hands-on" evaluation is possible with purchase of our Gaussmeter, or Internet Special combination of Evaluation Kit and Meter (saving you 10% when you purchase the Evaluation Kit and Meter). Any industry that deals with EMI exposure and radio frequency interference can use mu-metal products to protect their investment. This is why Magnetic Shield Corporation suggests using one of our hands-on Lab Kits to test, measure and evaluate the affects of low-frequency fields within your physical environment.
There is no reason to expose your product or the product of someone else to unnecessary EMI exposure, and with varying shields and coated metals, you can prevent almost all radiation.
This protects your products and nearby factors, like people, other equipment, and the various components in your own machines.

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