The permanent magnet iron remover is suitable for places with high requirements for iron removal, such as coal ports, large thermal power plants, coal mines, mines, and building materials. It can work normally in harsh environments such as dust, humidity, and severe salt spray corrosion at the seaside. Oil cooling has become the most commonly used cooling method for electromagnetic iron removers internationally. This product is designed according to similar product standards in Germany and the United States, and is manufactured using evaporative cooling iron production technology, which can effectively prevent oil leakage. The product quality is stable, mature, and reliable. Careful analysis of various application fields shows that they are all in a rapid development stage, indicating that permanent magnet iron removers are currently in the peak season in various industries, and the development trend of permanent magnet iron removers is very promising.
Iron removers can be divided into many types based on their usage scenarios, environments, and iron removal requirements. There are two main types of excitation methods for iron separators: electromagnetic and permanent magnet. The methods of abandoning iron are also diverse. Some users, due to insufficient understanding of the performance and usage scenarios of the iron remover, are prone to unreasonable selection problems. Manufacturers often focus on magnetic performance and ignore the method of discarding iron, which can affect the effectiveness of use. Only by fully understanding the requirements, usage locations, and environmental conditions for iron removal can the best match be selected, and the performance of the iron remover be fully utilized to achieve the desired iron removal effect.
Manual iron unloading type is generally seen in disc iron removers, including square disc, circular disc electromagnetic and permanent magnet iron removers. In general, the permanent disk type (plate type) iron remover adopts manual on-site iron disposal method, which has the advantages of the simplest structure, the smallest footprint, no need for electric carts above, and the least investment. However, due to the need for manual removal of iron pieces from the surface of the iron remover, which is labor-intensive, this method is only suitable for removing small iron pieces. If there are large iron pieces, it is difficult to remove them manually.
In general, materials containing ferromagnetic substances with a single weight not exceeding 1kg will only be selected when the width of the conveyor belt is not greater than 1000mm. In some cases, due to site limitations, some electromagnetic disc iron removers also adopt on-site disposal of iron. After several hours of operation, the electromagnetic iron removers first stop the operation of the conveyor, and then the excitation of the electromagnetic iron removers stops. After a few seconds, the iron pieces fall onto the lower conveyor belt by themselves and are manually picked up by the picker. The iron remover produced by our company has high efficiency in removing iron, and this situation usually does not occur.
