Do you know how to make a magnet yet?

 Today, the manufacturing industry and the science and technology industry are gradually rising to dominate the market. It both creates many necessary items in life and uses a lot of those elements to serve its own production activities. And magnets are being widely used in industry, in science and technology and in daily life. However, to be able to use this material source, we need to know how to make them so that we can use it for important and really necessary jobs. Thinking is simple, but actually creating magnets is not easy and how to make magnets correctly and bring the best effect to create the most powerful magnets?

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What is a magnet?

Before learning about how to make magnets, let's learn some basic facts about magnets. A magnet is a form of electrically charged matter that has a north pole and a south pole at both ends of the magnet, surrounded by magnetic lines of force oriented from the north pole to the south pole. There are two types of magnets, permanent magnets and electromagnets.

The use of magnets can help remove impurities such as iron from products, especially powders with low moisture content, and magnets are also an effective tool for making iron filtration systems in wires. production and manufacturing transmission. Each type of magnet has different ways of making magnets that require the manufacturer to follow the correct manufacturing process and method, if done incorrectly, there is a very high risk that it will lead to the appearance of products. Magnets are of poor quality, causing harm to production, affecting the living environment and adversely affecting human life.

How to make a permanent magnet?

The way to create permanent magnets is not complicated, but it also needs the right process. First, an electric current is passed through a conductor wound around a material made of cast iron or steel. Then expose the object to another electromagnet or permanent magnet. Disconnect the current or can stop contacting the cast iron or steel object with the magnet, this electrified object will become a permanent magnet.

Note: The free energy generator technology also uses the technology of making magnets.

There are also isotropic magnets, anisotropic magnets and bonding magnets in permanent magnets. Each of these types of permanent magnets has different manufacturing methods, but all come from isostatic pressing to be able to magnetize in a oriented direction.

Magnets are made by exposing ferromagnetic metals like iron and nickel to magnetic fields.

There are three methods of making magnets: (1) Single touch method (2) Double touch method (3) Using electric current.

Single Touch Method: This is the simplest and also the most convenient method to make a small magnet that does not have a very big field of attraction. All you need is a ferromagnetic object and a permanent magnet.

Place a paper on a flat surface and place the ferromagnetic object on it. Then rub the permanent magnet over the surface of the object. Make sure to rub in one direction only. It is also necessary to lift the magnet from the surface of the object, after every swipe or run. Then swipe it again, in the same motion as before and continue rubbing the magnet over the object at least 50 times. If the process of swiping the permanent magnet over the ferromagnetic object has been done correctly, then the pins will get attracted towards your magnet and will stick to it.

The more times you rub the permanent magnet over your ferromagnetic object, the more powerful your temporary magnet will become.

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Double touch methodDOUBLE TOUCH METHOD

Double Touch Method: This method is very similar to the first method. Here, two permanent magnets are taken to magnetize the ferromagnetic material, operating in opposite directions.

Magnet using electric current: In this process an electromagnet is made out of a ferromagnetic substance (preferably use a large–sized iron nail), a copper wire and a battery (for safety purposes use the D–cell). Initially a copper coil must be tightly coiled around the iron nail at least 10 times. The ends of the copper wire must be left free. Connect the lower end of the copper wire to the negative point of the battery and the upper end of the copper wire to the positive point of the battery. This magnet also works for sometime after it has been disconnected from the battery. Test the magnet by using the light–weight pins. The electromagnet is nowadays, used as an industrial magnet. The best example of an industrial electromagnet is of a crane that is used in salvage yards.