Magnetic Rod
Magnetic Rods and Magnetic bars are the main part of different magnetic grate separators, are made from high power magnets and stainless tube by well welding and polishing, they are also named magnetic rod, magnetic bar, magnetic filter bar etc. they can effectively remove ferrous chips and metal particles from loosely packed, free flowing materials.
By using hard ferrite magnets or according grade rare earth magnets, different surface gauss products are available to meet every customer’s requirement.

Magnetic Rod
Working Temperature
80-350°C
Surface Gauss
up to 14000Gs
Outer Diameter
Normally 20-100mm (3.9″)
Length
As per your requirement
Installation End plugs
Various
Stainless Steel Tube
SS304 /316/316L
Material: N35, N38, H, SH grade Neodymium (Nd) magnet and SS304/316/316L stainless steel tube
Size: (1) Outer Diameter: D15-D60 mm or customized. D25 is the most popular ( 1 inch)
(2) Length: 100 – 1500mm or customized.
Application: Mainly used in food production, agriculture, pharmaceutical and recycling industries. it was popular used to remove iron impurities in pharmaceutical and food industrial.
Key words: Remove iron impurities, Super High surface Gauss.
Benefits of Magnetic Rod:
· Easily installed and uninstall
· No energy consume, zero pollution
· Work Highly effective and constant performance
· Magnetic Rod surface easily clean
· Custom flexible design in any size and shape
· Equipped with powerful NdFeB permanent magnets
· Surface gauss up to 12000-14000 gauss.
Applications:
Magnetic rod is widely used in many industries, such as food production, agriculture, mining industry, chemical, pharmaceutical and recycling industries etc. For example, it can be used to remove iron impurities in pharmaceutical and food industrial.
3 Steps to get your individual magnetic bars
Magnetic bars are completely customized. Your individual requirements need an individual solution.
Step 1- Design
How to Calculate Magnetic Field?
Finite element models can calculate the strength of a magnetic field. It is quite difficult, but practical we use the value below:
Applications
Surface Gauss
Dry Powder
7000-8000 Gauss
Wet Slurry
9000-10000 Gauss
Nanometer Particles
Over 12000 Gauss



