Characteristics of Magnets Teaching Plan (Magnets: Attribute and Application Teaching Plan)

Choose from a variety of sizes, flexibly meet the needs of different projects, and provide you with a wide range of highly customizable magnet solutions to meet your diverse needs-Sanen Magnetic Industry.

I. Specifications

A common magnet specification is cylindrical, and its diameter and height can be customized as required, with a typical diameter of 3 mm to 100 mm and a height of 1 mm to 50 mm.. In addition, there will also be square, rectangular, ring and horseshoe magnet specifications, which can be customized according to specific application requirements.

Second, the magnetic force

Characteristics of Magnets Teaching Plan (Magnets: Attribute and Application Teaching Plan)

Magnetic force refers to the strength of the magnetic field generated by a magnet, which is generally measured by Gauss or Tesla. The magnetic force depends on the material and size of the magnet itself. For a given magnet specification, the magnetic force can be controlled by adjusting the used magnet material. Typical magnetic force ranges from tens of gauss to tens of thousands of gauss.

Third, the performance brand

Different kinds of magnets have different performance grades, including N, S, M, H, SH, UH, etc. These grades reflect the magnetic properties, working temperature range and other characteristics of magnets.

Fourth, the size

The size of the magnet is also an important factor affecting its performance. The commonly used sizes include diameter, height and thickness. According to different applications, different sizes can be selected to obtain the required performance.

V. Durability

The durability of magnet refers to its long-term use ability, which will cause problems such as magnetic force decline, heat loss, external force damage and so on. Different magnet materials have different durability, so we can choose them according to specific needs.

Characteristics of Magnets Teaching Plan (Magnets: Attribute and Application Teaching Plan)

Sixth, high temperature resistance

In high temperature environment, the performance of the magnet may decline, especially when the temperature exceeds the Curie point of the magnet material, the magnetism will drop sharply. Therefore, it is necessary to pay special attention to its high temperature resistance when using magnets in high temperature environment.

VII. Application

Magnets are widely used in modern production and life, for example, magnets can be used to make generators, motors, magnetic suction cups, medical magnets, magnetic brakes and so on. Among them, the most common application is to make motors and generators, and magnets play a vital role in these devices.

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