What are the advantages of magnetic separator equipment beneficiation production line pre-selection process is? A: The development of the market is constantly changing, as technology improved the level of magnetic separator has been widely used, with many years of development, I Fuhua a certain position in the market. Separator market is constantly expanding, the device is difficult to adapt to face common and gradually expand the production capacity of the mine situation, mine equipment manufacturers committed to the production of large magnetic separation equipment. Dose adjustment Dry magnetic separator plate and the distance between the drum from the sub plate and magnetic drum preselection process is an important parameter, riving smaller baffle spacing, poor magnetite block can not be better recycling, reduce the utilization of mineral resources; rotating magnetic field magnetic separator, such as a much higher magnetic field strength than the coercivity of the ferromagnetic mineral particles, development of automation technology, accelerate the development of industry, especially in improving productivity on, therefore we need to continue to strengthen the automation technology and equipment to meet the needs of the automated production of mining enterprises. With the rotation of the discharge rollers, slats and adsorption of heavy medium in which moving away from the cylinder wall, the magnetization of the main magnetic system of slats getting smaller, increase the quality of sorption slats are also getting smaller and increased quality gradually drop to concentrate bucket. Is required to be sorted mineral drying, particles can move freely between, as an independent free state, otherwise it will affect the magnetic effect, or even non-sorting consequences. General control of about 30 percent, according to the actual situation to be specifically identified. In simple terms, magnetic separator equipment production is the use of powerful magnets absorption of iron ore. Research and magnetic properties determine the significance lies in understanding the distribution of magnetic flux density and magnetic field strength of the magnetic field, as well as their role in depth, the size of their scope in order to determine the appropriate structure parameters and magnetic separation process conditions. 

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