The structure of this device is designed to be fully sealed and welded. The interior of the device is coated with electrical resin, providing several advantages such as dustproofing, excellent waterproof performance, strong insulation, and better heat dissipation mechanism.
To ensure maximum magnetic field suction capacity (primarily IN), the number of coil turns has been increased. This approach has reduced the current density considerably, leading to a decrease in the heat source and effective temperature control within 70. As a result, the product's service life has been extended.
With the inclusion of self-removal features like walking bikes, this device can adapt to specific working environments requiring it to automatically unload iron.
Product Name | Custom Dry Electromagnetic Iron Remover |
Power Supply | DC |
Excitation Coil | Copper Wire |
Cooling Method | Self-cooling |
Material Thickness | ≤500mm |
Belt Width | 500mm |
Magnetic Circuit Structure | Deep Magnetic Field |
Suspension Height | ≤200mm |
Weight | ≤1000kg |
Weight (KG) | 2145 Kg |
Application | Iron Removal In Coal, Mining, Power, Building Materials, Chemical And Other Industries |
The dry self-dumping electromagnetic iron remover is a variation of this product that is designed for applications where the material being removed is dry. This product is equipped with a self-cooling system that ensures that it operates at an optimal temperature, reducing the risk of overheating. The suspension height of this product is ≤200mm, and it can handle material thicknesses up to ≤500mm.
The Electromagnetic iron remover is ideal for use in situations where the removal of metallic impurities is required. It is effective in removing iron from raw materials such as coal and other minerals. It can also be used in the recycling industry to remove metallic impurities from waste materials.
The power supply for the Electromagnetic iron remover is DC, making it energy-efficient and cost-effective. This product is easy to install and operate, and it requires minimal maintenance, making it an excellent long-term investment for any business.
Some of the typical scenarios where the Electromagnetic iron remover can be used include removing iron from coal during the production process, removing metallic impurities from building materials such as cement and sand, and removing iron from waste materials during the recycling process.
In conclusion, the Electromagnetic iron remover is an essential tool for many industries due to its ability to remove metallic impurities from raw materials and waste materials. Its efficiency, reliability, and low maintenance requirements make it an excellent investment for any business.
Product Packaging:
Shipping:
Q: What is the function of an electromagnetic iron remover?
A: An electromagnetic iron remover is used to remove iron impurities from materials such as coal, ore, and other minerals.
Q: Is the electromagnetic iron remover suitable for use in wet environments?
A: Yes, the electromagnetic iron remover is designed to operate in wet environments and can effectively remove iron impurities from materials even when they are wet.
Q: Where is the electromagnetic iron remover manufactured?
A: The electromagnetic iron remover is manufactured in China.
Q: Can the electromagnetic iron remover be customized to suit specific needs?
A: Yes, the electromagnetic iron remover can be customized to meet specific requirements such as different sizes, magnetic field strengths, and operating temperatures.
Q: How does the electromagnetic iron remover work?
A: The electromagnetic iron remover uses an electromagnetic coil to generate a magnetic field. When the material containing iron impurities passes through the magnetic field, the iron particles are attracted to the coil and are removed from the material.