Dongguan Guanghong Magnet Products Co., Ltd


How do round perforated powerful magnets work?

The circular perforated powerful magnet is a magnet with high magnetic strength, which achieves the adsorption and transmission of magnetic force through the action of a magnetic field. Its working principle mainly involves the concepts of magnetic field and magnetic lines of force.

First, a magnetic field is produced by a magnet, which has magnetic field lines pointing toward its north pole. When two magnets are close to each other, their magnetic field lines interact, creating an attractive or repulsive force. The magnitude of this attractive or repulsive force depends on factors such as the magnet’s magnetism, distance and angle.

The strong magnetic properties of the round perforated powerful magnet make it very attractive when it is close to other metal substances. This attractive force can cause metal substances to be adsorbed on magnets, achieving magnetic transmission and handling. At the same time, due to the circumferential shape design of the circular magnet, it can be easily adsorbed on metal substances of various shapes, thereby realizing the transportation and fixation of metal substances of different shapes and sizes.

The perforation design of the circular perforated powerful magnet is to facilitate the fixation and positioning of metal substances during the adsorption and transfer process. By drilling a hole in the center of the circular magnet, the metal material can easily pass through the hole and be adsorbed on the other side of the circular magnet. This design allows metal substances to be more stably adsorbed on the circular magnet and facilitates their adsorption and transportation at different positions and angles.

To sum up, the working principle of circular perforated powerful magnets is to generate strong magnetic force through the action of magnetic field, so that metal substances are adsorbed on the magnet, and realize the transportation and fixation of metal substances of different shapes and sizes. Its perforated design is to facilitate the fixation and positioning of metal substances, so that it can achieve reliable adsorption and transmission at different positions and angles.

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