What You Should Know About Making The Magnet

Before moving on to the section on what you need to know about magnet making, let's briefly recall what we know about magnets. Objects that can attract iron or steel powder particles and create a magnetic field in their surroundings are called magnets, also called magnets. A magnet has two poles, north and south. A feature that may interest you in terms of what you need to know about magnet construction is that the north and south poles do not deteriorate, even in the case of breaking the magnet, and these poles continue to be found in the broken parts.

Let's take a brief look at where and how the magnet was found for the first time about what you need to know about magnet making. The magnet can be found scattered in various parts of the world, especially in the remains of some meteorites obtained in Sweden, Algeria and the Ural Mountains. These magnets are natural and self-forming pure magnets. However, apart from the natural magnets obtained, there are also magnets made of special steels with added water. First Magnet has prepared such natural magnets and natural magnet types for you and offered them to your service.

Magnet Making

Such steels obtained from magnets are heated at approximately 800 degrees Celsius by dissolving the carbon, and then rapidly cooled so that the resulting austeny does not deteriorate at 260 degrees Celsius. By lowering the temperature in these processes, only martenstin, that is, iron carbide solution in iron, is obtained. These mentioned objects are used on the basis of the construction of the magnet. It should also be noted that such special steels are 35% richer in cobalt. The most important things you need to know about magnet making are known in this way, with some technical details.

Materials Used in Making the Magnet

One of the things you need to know about magnet making is the material. Only one of the important materials used in the construction of the magnet is alnico. Alnico is generally composed of 30 or 35% cobalt and 8% nickel and aluminum. In addition to these, barium ferrite or cobalt ferrite, which is very difficult to demagnetize, is used more than the old magnets. Ferrites do not have a shorter lifespan, but are also extremely reliable. This allows the aforementioned substances to be used in important areas such as airplanes and automobiles. If a rubber or plastic material is added to such materials, flexible magnets are obtained. We hope you were interested in learning how to obtain bendable magnets among what you need to know about magnet making.