Which Magnet is Used for Industrial Purpose

NdFeB magnetic materials

Nd-Fe-B magnetic materials, as the latest development of rare earth permanent magnets, are called “magnetic king” because of their excellent magnetic properties. Fe-B is the best magnet with small volume, lightweight and strong magnetism. Major materials for producing NdFeB high-strength magnets are neodymium, pure iron, ferroboron alloy and other additives.

In the healthcare industry, lots of practice and scientific experiments have proved that high-intensity magnetization of neodymium iron boron magnet can change the surface tension, density, solubility and other physical properties of water, and have a significant impact on chemical properties such as acid and alkali. Magnetized water can increase the activity of enzymes in water and permeability of biofilm, often drinking can strengthen health care. Regulate the human body’s microcirculation system, digestive system, endocrine system, and nerve function, improve human immunity, prevent and treat a variety of diseases.

NdFeB magnetic materials

In the scale removal and anti-scaling industry, the angle and length of water molecular bond are deformed simultaneously after high-intensity magnetization of NdFeB. The hydrogen bond angle is reduced from 105 to 103 degrees, which changes the physical and chemical properties of water.

The activity and solubility of water are greatly improved. Calcium carbonate in water is decomposed into lower and soft calcium bicarbonate during cooking. It is not easy to accumulate on the wall and easy to be taken away by water. In addition, the degree of polymerization of water increases, and the dissolved solid matter becomes finer particles. When the particles are refined, the distance between the two ions is smaller, and it is not easy to coagulate on the wall, thus achieving the effect of scale removal.

Environmental protection and energy saving of neodymium cylinder magnet is becoming an important factor affecting the development of manufacturing industry in various countries, and neodymium is one of the main raw materials for environmental protection and energy saving products. For example, the application of NdFeB in automobiles, compressors, wind turbines and other fields is precisely for the consideration of environmental protection and energy conservation.

NdFeB will be more widely used as a functional material for environmental protection and energy saving. In an era of increasing energy shortage, the conversion of wind energy into electricity will undoubtedly be supported by government policies. Wind power generation is now being implemented on a large scale in Europe. The previous one-megawatt unit used about one ton of NdFeB. Thanks to the rapid growth of the wind power industry, the amount of NdFeB used in wind turbines will also be increased rapidly.

Nd-Fe-B magnetic materials, as the latest development of rare earth permanent magnets, are called “magnetic king” because of their excellent magnetic properties. Nd-Fe-B magnet has the characteristics of small volume, lightweight and strong magnetism. It is the best cost performance magnet so far.

How to store magnet?

1. Powerful magnets should not be close to electronic equipment, otherwise, it will affect the control circuit and use of the electronic equipment.

2. Magnets should not be stored in a humid environment to avoid oxidation, resulting in changes in appearance, physical properties, and magnetic properties.

3. If a sensitive object to a metal object approaches a magnet, it will be rough and red. If the above reaction occurs, please do not touch the strong magnet.

4. Do not close the magnets to floppy disks, hard drives, credit cards, tapes, debit cards, television tubes, etc. If the magnet is close to the magnetic recorder and other devices, it will affect or even destroy the recorded data.

Author: Maria Higgins

Welcome! I am a Standford Magnets engineer with over 10 years dedication to the R&D of licensed Rare-earth permanent magnets, Neodymium magnets and SmCo magnets, ceramic magnets, flexible magnets and magnetic assemblies since the mid of the 1980s. I shall keep you well informed of the leading-edge knowledge in the Magnets world.

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