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With the rapid development of modern science and technology, magnetic technology has been widely used in production, scientific research and life. Magnets are one of the core components of magnetic technology, and have become an indispensable item in people’s production, scientific research and life. Among many kinds of magnets, the magnetic pole is one of the most widely used types at present. This article will introduce the magnetic pole: the stage of natural energy in detail around the specifications, high temperature resistance and performance brand of the magnetic pole.
I. Specifications
As an important component of chemical elements, graphite is widely used in manufacturing magnetic poles. Magnetic poles are mainly composed of graphite, resin and other substances, which are made in many links such as heating and compression. Generally, the thickness of magnetic poles is 1mm-10mm and the diameter is 5mm-70mm to meet the needs of different occasions. When buying, we also need to pay attention to the polarity of the magnet, which is very important when using it.
Second, the high temperature resistance
In high temperature occasions such as production workshops, the high temperature resistance of magnets is particularly important. When selecting the material of magnetic pole, it is necessary to consider its high temperature resistance to ensure that it will not burn out in high temperature environment. A good magnetic pole should be able to be used normally in the high temperature environment above 200℃, and in actual use, we can test whether the high temperature resistance of the magnetic pole is qualified by means of temperature tester.
Third, the performance brand
In the market, the properties of magnets are usually described by brand names. The performance grades of magnets are generally identified by characters such as "n", "s", "m", "h", "UH" and "EH". Among them, "n" means that the minimum magnetic energy product of the magnet is the least one; "S" means the strongest one; "m", "h", "UH" and "EH" mean different levels between "n" and "s". In practical application, we need to choose the magnetic pole that is most suitable for our own use environment by observing its performance brand, so as to give full play to its performance advantages.
In a word, as an important part of magnets, magnetic poles have a wide application prospect. In this paper, the specifications, high temperature resistance and performance grades of magnetic poles are introduced in detail, hoping that readers can have a deeper understanding of the characteristics and usage of magnetic poles, so as to better apply them to their own production, scientific research and life.
