The reasons of NdFeB magnet descaling and anti-scaling
1. High temperature thermal stability: NdFeB magnets have good thermal stability at high temperature, can withstand the impact of high temperature steam, not easy to produce rust and oxidation.
2. High corrosion resistance: The surface of NdFeB magnet forms a dense oxide layer after passivation treatment, which can effectively prevent external corrosion and scale deposition.
3. High hardness and wear resistance: NdFeB magnets have high surface hardness, not easy to be damaged, not easy to produce scratches and wear.
4. High magnetism: NdFeB magnet has extremely strong magnetism, which can adsorb and remove iron cast, scale and other impurities in the water in the water stream, ensuring the efficient descaling effect of the magnet.
To sum up, NdFeB magnet has the advantages of high temperature thermal stability, high corrosion resistance, high hardness and wear resistance, high magnetic properties, etc. It can effectively prevent scale and remove scale to ensure the purity of water quality and normal operation of equipment.
NdFeB magnet descaling and anti-scaling is mainly realized by the magnetic field action. When the NdFeB magnet is heated, a layer of scale will be formed on the inner wall of the pipe, and this layer of scale will affect the heating effect. In order to ensure the heating effect of the magnet, it is necessary to descale and prevent the magnet.
In the process of descaling and scale prevention, by generating a magnetic field around the magnet, the iron ions attracted to the inner wall of the pipe gather on the NdFeB magnet, and these iron ions have a negative charge, which attracts with the positive charge on the NdFeB magnet, thus realizing the descaling and scale prevention of the magnet. In addition, NdFeB magnet can be easily and quickly disassembled and installed in the pipeline, which is convenient for maintenance and cleaning.
In a word, the working principle of NdFeB magnet for descaling and scale prevention is to use magnetic field to adsorb iron ions, so as to achieve the removal of scale from the inner wall of the pipe and ensure the heating effect of the magnet.