Product Introduction
The fully automatic strong magnetic electromagnetic slurry iron remover developed by our company not only surpasses the magnetic field strength of similar magnetic separators on the market, but most importantly, it is energy-saving. Our energy-saving technology relies on high-tech electronic products, which greatly saves customers' energy consumption costs. The pipeline design of the magnetic separator achieves dual functions of upstream and downstream flow, allowing for the selection of suitable operating processes during production and commissioning. At the same time, we have added the function of up and down backwash water, which enables the mesons to be washed from both front and back sides for the most comprehensive cleaning. During the repeated operation of the magnetic separator, the purification of the processed raw materials maintains the best effect.
Specifications
Magnetic chamber barrel diameter (MM) | Input voltage (V) | Coil power (KW) | Magnetic field strength (T) | Production output (M3/H) | Overall dimensions (MM) | Weight (T) |
| 600 | 380 | 55-80 | 5 | 30-50 | 1900*1900*2300 | 18 |
| 800 | 380 | 80-100 | 5 | 30-70 | 2000*2000*2800 | 22 |
| 1000 | 380 | 90-130 | 5 | 40-80 | 2300*2300*2800 | 28 |
Application
It is suitable for iron removal and purification applications of mineral raw materials such as potassium feldspar, sodium feldspar, kaolin, ball clay, quartz, ceramics, chemical industry, graphite, and iron ore.
Scope of application
The water-cooled electromagnetic slurry programmable automatic iron remover is suitable for roughing of metal ores and purification of non-metallic ores. It is used for the purification and impurity removal of non-metallic minerals such as quartz, feldspar, and kaolin. In other industries, it is applied to wastewater treatment in steel plants and power plants.
Advantages of automatic iron remover
1. High magnetic induction intensity.
2. The internal temperature rise is small, and the magnetic induction intensity is not prone to decay during long-term operation.
3. High output per unit of working time.
4. Wide adaptability to ore feed particle size and concentration.
5. High ore dressing efficiency.
6. Easy to operate and maintain.
Operating process
1. Connect the power supply device and open the slurry inlet valve and outlet valve.
2. Close the slurry return valve and the iron discharge valve, and open the magnetizing device.
3. After a few minutes (which can be set according to your needs), close the inlet and outlet valves, open the return valve, and discharge the remaining slurry in the iron remover through the return valve.
4. Cut off the magnetic field, and close the inlet valve, outlet valve, and return valve.
5. Open the iron discharge valve to discharge the iron-containing substances adsorbed in the magnetic medium.
