Neodymium Magnets have the unique property of being both permanent and flexible. They are formed from Neodymium (Nd) and Dyson (Dys). Dyson is the rarer of the two materials, while Neodymium is much more common. Both materials are extremely hard, but Neodymium magnetizes so tightly that it can be shaped into any shape, including poles, disks, cylinders, and hollow tubes. They are used for manufacturing large diameters and even hollow cylindrical shapes!

Neodymium Magnets are highly valued because they posses a high magnetic permeability, which means they can be made into any shape possible. The strength and hardness of a neodymium magnet is measured in the size of its largest surface area. Neodymium Magnets with larger surface areas are harder to cut into than those with smaller surface areas, giving them a tremendous cutting edge when it comes to manufacturing products. While they are slightly more expensive than ceramic Magnets, strong neodymium magnet materials still pack a powerful punch!

Strong Neodymium Magnets have the potential to be extremely strong if they are manufactured with cobalt steels. These materials are extremely hard due to the cobalt alloys they contain. Neodymium Magnets with cobalt steels can maintain their polarity even under the most extreme conditions, making these magnets incredibly useful.

Neodymium is a unique material in that it possesses the potential to produce a nearly unlimited number of magnetic fields depending on the thickness of the magnet material. When Neodymium is formed in the lab by subjecting it to an intense magnetic field, the internal strata of the material separate and then refract light through them. In order for this to happen the Neodymium has to be made with a certain thickness and then undergo a polarity shift that results in a polarity that is opposite the one that the light is traveling through. Once this polarity shift is achieved the light will be emitted in the form of a Faraday Shield.

Neodymium Magnets can be found in many different levels of strength depending on the polarity of the magnets. The highest grade of neodymium that is commonly used in industry is called Zener Neodymium. This grade is the strongest and also has a maximum operating temperature of over 500 degrees Fahrenheit. The highest temperatures of these neodymium magnetic bars are reached during the manufacture of neodymium Magnets which means that they are truly created by nature itself.

The next grade of neodymium magnet is the Energetic neodymium that has a half a percent less strength than the Zener grade. This strength is gained through a unique manufacturing process. In the manufacturing process the zinc coating on the Neodymium Magnets is super heated. This super heating allows the zinc to enter into the magnet, creating a layer of zinc coated Neodymium that surpasses the strength of any other layer. This is the strongest ceramic magnets available.

The highest quality neodymium magnet that can be purchased is what is known as the Extremely Strong Permanent Magnets. This magnet is made from a rare-earth mineral that possesses the ability to withstand extreme temperatures. Extremely strong permanent magnets like these can be used in industry to create the heaviest gauge of neodymium that is possible. They can be placed in high-powered machinery so that they can push or pull a heavy object. This powerful force can then be harnessed to move an automobile.

Purchasing Neodymium Magnets is an important investment. It is important to research each company to make sure they are offering a strong product and that they are using the highest quality materials. This will ensure that you receive the most for your money and you will be able to find the strongest permanent magnet neodymium magnet available.