Nowadays, the application range of magnets in daily life is still quite common. There are many types of magnets in the market, such as strong neodymium iron boron magnets, permanent magnet ferrite, aluminum nickel cobalt magnets, and so on. Nowadays, the performance of neodymium iron boron magnets is still relatively good, and they are still a widely used magnet in practical applications.

Before manufacturing magnets, there is no uniform and fixed shape of a sturdy magnet, and even when it becomes a magnet, it is not magnetic because the material of the magnet is not magnetic. The shape of a strong magnet can only be generated after artificial synthesis. For example, a square strong magnet in a strong magnet. A square magnet has a higher probability of shape, and different materials have different impacts on the daily maintenance of square magnets. In order to better protect the mechanical equipment of square strong magnets and the finished products of equal phase magnets, two points should be noted.

1. Work environment

Firstly, when using neodymium iron boron magnets, it is important to ensure a very good environment around the magnet. Strong magnets still have great potential for development in the market and are widely used. The most important thing to pay attention to when working with magnets is cleanliness and tidiness, as strong magnets cannot function properly in relatively poor environments. Because it is not very able to adsorb iron filings or small particles, if the working environment is poor, the magnet will easily lose its magnetism, ultimately leading to a shortened service life. Therefore, maintaining a clean working environment is the most important requirement for strong magnets.

2. Indoor environment

This is another important point. In general, when storing strong magnets, attention should be paid to the indoor environment to ensure unobstructed air, and it is not advisable to choose a damp place for storage. It is necessary to choose a dry environment. Neodymium iron boron magnets not only have requirements for the working environment, but also for indoor environments. Its indoor ambient temperature cannot exceed the working temperature of the magnet. For products that have not been electroplated, appropriate oil can be applied to achieve rust prevention. Be sure to separate sensitive magnets when storing them. And the storage environment must meet the standards.