English
When a certain kind of magnet is used to provide energy to the other party, the magnet forms a “HMS” (High Mode Magnetic Generator). There are two common ways to construct these generators, one is to use iron blocks in the core, and the other is to use rare earth metals. Although rare earth metals are naturally occurring elements, high-modal metals have been introduced to replace iron. When using rare earth metals as the core material, the strength of the magnetic force is increased by introducing extra electrons, thereby making the magnet stronger. In this way, the output force generated by the generator is equal to the natural force of the magnet, and one side always works at a higher frequency than the other.
Due to the latest developments in technology, the creation of a new generation of powerful magnetic therapy machines has become possible. This technology has allowed the construction of a neodymium iron boron magnet generator with a servo motor section. The difference of this new type of magnet generator is that it does not require shielding gas to protect the wires from the external environment, such as heat or cold. Instead, its principle is that the more times the wire is heated or cooled, the greater the magnetic force generated. As a result, the new generation of magnetic support machines can work at higher frequencies than their predecessors.
This high-frequency generation means that the force generated is greater than that achieved by previous generations of magnetic supports. However, despite the increased power output, the output must be properly controlled to avoid overheating in the surrounding area. In order to generate the highest possible magnetic field, a high-quality rare earth metal core is required. Therefore, most generators only use rectangular servo motors to supply power. Although these generators can be powered by Fangxin power supply, the efficiency of the generated magnetic field will be greatly reduced due to the low content of rare earth metals in rectangular servo motors.Despite this limitation, this new generation of magnetic support still has many uses. One such use is to support permanent magnet generators used in conjunction with aircraft magnet nozzles. This makes the electric energy output of the rare earth neodymium permanent magnet generator much higher than the electric energy output that may be produced when not in use. Another use is to construct powerful permanent magnet generators. Now, some of these generators are used in power plants all over the world.These magnets are produced in a manner similar to rectangular servo motors used to support permanent magnet generators. However, a rare earth metal core is added to generate high frequency alternating current. The additional material also generates a magnetic field, which can generate motion in the metal sample. This movement is the basis for the strong attraction and repulsion characteristics of the magnet that forms the neodymium magnet core.
Neodymium magnets are a unique type of magnetic material because they exhibit very strange chemical reactions when placed in a low resistance area. These magnets will adhere firmly to the surface on which they are placed. Once their attachments are removed from the metal, the magnets immediately enter a low quiescent period. They stand until the area generates high-frequency current again. The chemical reaction that makes these magnets adhere to the metal surface is due to the chemical reaction that occurs when two metals are combined.A unique multilayer process is used to create healthy magnets, where multiple magnets alternate rapidly between the various layers. This allows each level of the multi-level magnetic field to have a different strength and therefore have different effects on various objects placed in close proximity to the magnet. The amount of influence of each level depends on the strength of the magnetic field currently being generated by the magnet.The most important point of a healthy magnet is that it must be carefully maintained to make it perform best.In order to keep the magnet healthy, it must be kept away from any liquid and must not be exposed to any heat or moisture. Keeping the magnet away from the liquid will ensure that the magnet always maintains a stable arrangement. Although magnets naturally attract each other, they also attract metal alloys and iron at the same time, so it is important not to expose magnets to extreme metal environments for a long time. Keeping the magnet away from moisture and heat will also reduce the risk of damage.