Industrial Permanent Magnetic  Assemblies

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Permanent  Magnetic  Filter  Bars

ITEM No.
(Ferrite series)

ITEM No.
(NdFeB series)

A
(mm)

B
(mm)

No. of holes

OEYF2A0001 OEYF5A0001 25 100 2-M6
OEYF2A0002 OEYF5A0002 25 150 2-M6
OEYF2A0003 OEYF5A0003 25 200 2-M6
OEYF2A0004 OEYF5A0004 25 250 2-M6
OEYF2A0005 OEYF5A0005 25 300 2-M6
OEYF2A0026 OEYF5A0026 25 350 2-M8
OEYF2A0027 OEYF5A0027 25 400 2-M8
OEYF2A0028 OEYF5A0028 25 450 2-M8
OEYF2A0017 OEYF5A0017 25 500 2-M8
OEYF2A0029 OEYF5A0029 25 550 2-M12
OEYF2A0030 OEYF5A0030 25 600 2-M12
OEYF2A0031 OEYF5A0031 25 750 2-M12
OEYF2A0032 OEYF5A0032 25 800 2-M12
OEYF2A0033 OEYF5A0033 25 1000 2-M12

High effective permanent magnetic filter bars can be installed at any point in solid or liquid material flows to catch and separate very fine ferrous particles. The filter bars are equipped with powerful ferrite magnets or high-energy NdFeB (Neodymium Iron Boron) magnets, which build up a strong and dense magnetic field around the extent.

　

For normal filter bars equipped with ferrite magnets, which could give typical flux densities of around 1'500 Gauss on the surfaces, and could be used up to temperatures of 150oC.

　

For traditional filter bars equipped with NdFeB magnets, which could give typical flux densities of around 6'000 Gauss on the surfaces, and could be used up to temperatures of 80oC. Furthermore, upon specific requirement from customers, we are also to enhance the flux densities to even higher than 10'000 Gauss on the surfaces.

　

The construction has a high degree of corrosion resistance, and is quick and easy to clean, also could be used in food areas.