Rare earth permanent magnetic rods adopt the most powerful magnetic circuit design in industry, which can effectively remove the fine iron in material and reduce the material loss. The following simulation diagram shows the distribution of magnetic sensing lines on magnetic rod surface for different magnetic circuit designs, which fully illustrates the correct magnet configuration to the magnetic force influence on magnetic tube surface.

Factors affecting magnetic force

Magnetic induction line density on surface of magnet

Magnetic field gradient

Adsorbed metal particle weight

Benefit
· Easy to clean                           · Simple to use
· Realize flexible design            · Remove micron-level contaminants

Materials

Magnetic Material: Rare Earth Neodymium lron Boron- (NdFeb)
Tubing: 316 grade stainless steel
0ther Parts: 316 grade stainless steel
Surface Finish: Polished to 0.6um Rod End Detail Tapped M6 × 8mm both ends

Performance

Magnetic Performance: 7000,9000,11000 and 12000 Gauss Performance Reading: On tube surface
Magnet Grade: N35 & N45-Inspected and confirmed via hysterograph prior to use
Temperature: 20 ℃ / + 90 ℃

Cleaning

Depending on the configuration, rod magnets can be deaned in seconds by simply pushing the attracted contamination to one end, this will release it enabling further analysis to be conducted.

Optional configuration

Multiple field strength designs to meet different temperature resistance needs

The magnetic rods' length can be customized (from 4"to 80")

Both ends of the magnetic rod can be plain and sealed, threaded rod, threaded hole or welding handle, etc.

Material handling

Plastic pellets, sugar powder, pharmaceutical powders, cheese, rice, grain, food  additives, chocolate sauce, jam, etc.

Remove iron impurities from liquid piping

Used as quality inspection tool for dry powder materials

Used in work areas where conventional magnetic grids/grates cannot be installed