Neodymium Magnet Rod With Handle

Round Neodymium Magnet Rod

The Neodymium Magnet Rod With Handle is a highly versatile and user-friendly tool designed for efficient magnetic applications. Featuring a strong neodymium magnet at the end of a durable rod, this tool provides excellent magnetic force, making it ideal for retrieving metal objects, separating ferrous materials, or clearing metal debris in workshops, factories, and construction sites. The handle allows for easy maneuvering and control, ensuring safe and precise usage, even in hard-to-reach areas. With its robust construction and powerful magnetic capabilities, this magnet rod is a perfect choice for both industrial and household tasks.

 Product Details 

How to Design the Size of Magnetic Rod? 

1. Diameter: According to the following table, different diameters correspond to different Gauss value. Select the appropriate diameter.

*recommended diameter is Ø25mm(1″)

2. Length: Any length can be customized within 10-1000mm.

  Magnetization Direction 

Magnetic rods use strong magnetic fields generated by embedded neodymium magnets to attract and capture ferromagnetic particles, such as iron or steel. Encased in stainless steel, these rods are commonly used in industries like food processing, chemical manufacturing, and recycling to ensure product purity by removing metal contaminants.

 

As materials flow past the magnetic rod, the magnetic field pulls and traps ferromagnetic particles onto the rod's surface, while non-magnetic materials continue through the process. These rods are particularly effective in liquid, slurry, or dry bulk material systems. After accumulating contaminants, the rods are cleaned by removing and wiping off the trapped particles, ensuring efficient and ongoing operation.

 Package 

The packaging of a magnetic rod is designed to ensure protection, safety, and ease of handling. Each rod is first wrapped in protective materials like bubble wrap or foam to prevent damage and avoid direct contact between magnets, which could cause them to snap together.

 

For stronger magnets, magnetic shielding materials, such as metal sheets or specialized bags, are used to contain the magnetic field and prevent interference with nearby objects. The wrapped rods are then placed in individual boxes for added security.

 

These are grouped together in a larger, reinforced carton with cushioning, such as foam inserts or packing peanuts, to absorb shocks during transit. 

 Application 

Attraction of Ferromagnetic Particles: As materials or substances containing ferromagnetic particles (like iron) pass near or through the magnetic rod, the magnetic field exerts a force on these particles, pulling them toward the rod and trapping them on its surface.

Separation Process: In industrial applications, magnetic rods are often used in liquid, slurry, or dry bulk material processing systems. As the material flows past the magnetic rod, ferromagnetic contaminants are captured and held by the rod, while non-magnetic materials continue to flow through.

Cleaning and Maintenance: Once the rod has accumulated enough ferromagnetic material, it needs to be cleaned. This is typically done by removing the rod from the flow and manually or automatically wiping off the collected particles. Some systems are designed with easy-cleaning mechanisms to facilitate this process.

Magnetic rods are commonly used in industries such as food processing, chemical manufacturing, and recycling, where they help ensure product purity by removing unwanted metal contaminants.