Neodymium Magnetic Rod Separator

Neodymium Magnetic Rod Separator is an efficient magnetic separation device, which consists of multiple NdFeB magnetic rods and uses strong NdFeB magnets to accurately capture iron objects in a more complex material flow. The NdFeB magnetic rod separator places a group of magnetic rods in the material flow and uses a strong magnetic field to magnetically separate the materials. When the material containing iron impurities passes through the magnetic rod, the ferromagnetic material will be adsorbed on the surface of the magnetic rod, while the non-magnetic material continues to pass through, thereby achieving effective cleaning and purification of the material.

Super strong magnetic performance
The Neodymium Magnetic Rod Separator uses high-quality neodymium iron boron magnets (GSN-42), and its residual magnetic induction intensity (Br) reaches 13,300 gauss (at 20°C). This high magnetic induction intensity enables the magnetic rod to efficiently absorb extremely small ferromagnetic impurities, especially for tiny impurities (such as micron-sized iron filings).

Excellent temperature stability
The neodymium iron boron magnets of the Neodymium Magnetic Rod Separator have strong temperature adaptability, with a maximum operating temperature of 80°C. The magnetic force will not decay in high temperature environments and can continue to work efficiently.

Compact and durable design
Each magnetic rod has a diameter of 23mm, a length of 100mm, and a weight of only 0.31kg. It is compact and easy to install. Its shape is not only easy to integrate into various separation systems, but also maximizes the magnetic effect. Through reasonable size and weight distribution, it can reduce the overall load of the equipment while ensuring efficient separation.

Efficient material handling capability
The design of the Neodymium Magnetic Rod Separator optimizes the arrangement and spacing between the magnetic bars, ensuring that the material can evenly contact all the magnetic bars when passing through, thereby achieving the maximum separation effect. Even in the processing of large-flow materials, ferromagnetic impurities can be efficiently removed, avoiding the problem of incomplete separation caused by too fast a flow rate.

1.Strong Magnetic Field: Neodymium magnets produce a strong magnetic field, which can cause serious injuries if mishandled. Warn users to keep fingers and other body parts clear of the magnetic field and to handle the separator with caution to avoid trapping or pinching.

2.Risk of Damage to Electronics: Strong magnetic fields generated by neodymium magnets can interfere with electronic devices and equipment. Keep electronic devices, such as pacemakers, credit cards, and hard drives, away from the magnetic separator to prevent damage or data loss.

3.Crushing Hazard: Neodymium magnetic rod separators are often used in industrial settings where heavy machinery is present. Warn users to avoid placing body parts or objects between the magnetic rods, as the strong magnetic force can crush or trap them, causing severe injuries.

4.Risk of Pinching: The magnetic rods in the separator can attract ferrous materials with significant force. Warn users to handle the separator with care, especially during cleaning and maintenance, to avoid pinching or trapping fingers between the rods.

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