Fluid/Air/Water/Powder Fernox Iron Remover Filtration Magnetic Filters Separators

Fluid/Air/Water/Powder Fernox Iron Remover Filtration Magnetic Filters Separators:

Specification:

Liquid line magnets are available in line sizes from 1-1/2" to 8" diameter. Standard 2", 3" & 4" Line Diameter, 1/2″ and other sizes available upon request. 2″ Diameter is available for immediate shipment.
Fluid/ Air  / Water/ Agizing/ Slurry Type:


Powder Type:



1. AdaptationPipe sizing agent de-ironing separator product description and schematic way.

Pipe magnetic filter (Pipe sizing agent separator) is mainly used to clear sizing agent, flake and granular material in the ferromagnetic impurities, widely used in ceramics, electricity, mining, plastics, chemicals, rubber, pharmaceutical, food, environmental protection, pigments, dyes, electronics, metallurgy and other industries.

2. How it works:

Pipe sizing agent separator is made of stainless steel tube and high B value NdFeB rare earth alloy materials, and the use of special production methods made of magnetic filter rods (bar magnet), fixed made from high quality stainless steel sheet framework, constitute a magnetic filter.

Use flange be installed in the production line or in the pipeline at the discharge port, when the iron-containing material through, attracted by the magnetic bar, the iron-containing material firmly onto the wall, in order to ensure the integrity of the equipment and products safety.

3. Product Features:

No energy, no pollution, simple structure, can be installed on the production line or in the pipeline at the discharge port, save space, easy to install, use staggered arrangement of the magnet, the magnetic spacing well-designed, so that magnetic region can be more fully utilized .

4. Pipe separator and delivery specifications Description:

Separators pipeline specifications are more specific size according to customer design and manufacture of the actual situation. After less than three orders and check it back in 3 weeks for delivery.

How do magnetic bar work?  How are magnetic bar constructed?
Typical construction of a magnetic bar is shown.
Not shown is the 304 stainless steel tube in which this stack of magnets and steel washers (or pole pieces) is inserted.
Most of the grates are made with tubes of non-magnetic stainless steel with an assembly of magnets inside.
The stainless is sealed shut, usually with a weld, which keeps the magnets free from contamination.
The magnets inside the tube are usually arranged in a row, usually with ring magnets sitting on a shaft.

The magnetization direction each successive magnet is assembled in the opposite direction, so that the direction alternates with each magnet.
This specific arrangement is used to create a powerful magnetic field around the assembly.
It produces an extremely high magnetic field right at the steel "pole pieces," and can exceed 10,000 gauss, even 12000 gauss!
Tiny bits of iron and steel are attracted to the magnet, with the most force in the locations where the magnetic field strength changes the most.
Near the pole pieces, this setup can exert a very strong hold onto even fairly small pieces of iron or steel.

Why are they constructed this way?
So many made with this sort of arrangement, its wide use is taken for granted. 
Strong magnetic field as far out as possible from the tube, to catch ferromagnetic particles from as far away as possible. 
This setup uses common, axially magnetized ring magnets to produce a magnetic field in a region around the cylinder.  
It is also strong all the way around the circumference of the cylinder, unlike a diamagnetic magnet, which is strongest at two points (the poles located 180° apart).
The second, it has to do with holding onto the bits of iron or steel to the magnet after they are caught. 
The force exerted on a tiny bit of iron depends on both the field strength and the field strength gradient at given location near the magnet.
The gradient is how much the field strength is changing with distance from the magnet.
 

Fluid/Air/Water/Powder Fernox Iron Remover Filtration Magnetic Filters Separators:

Specification:

Liquid line magnets are available in line sizes from 1-1/2" to 8" diameter. Standard 2", 3" & 4" Line Diameter, 1/2″ and other sizes available upon request. 2″ Diameter is available for immediate shipment.
Fluid/ Air  / Water/ Agizing/ Slurry Type:


Powder Type:



1. AdaptationPipe sizing agent de-ironing separator product description and schematic way.

Pipe magnetic filter (Pipe sizing agent separator) is mainly used to clear sizing agent, flake and granular material in the ferromagnetic impurities, widely used in ceramics, electricity, mining, plastics, chemicals, rubber, pharmaceutical, food, environmental protection, pigments, dyes, electronics, metallurgy and other industries.

2. How it works:

Pipe sizing agent separator is made of stainless steel tube and high B value NdFeB rare earth alloy materials, and the use of special production methods made of magnetic filter rods (bar magnet), fixed made from high quality stainless steel sheet framework, constitute a magnetic filter.

Use flange be installed in the production line or in the pipeline at the discharge port, when the iron-containing material through, attracted by the magnetic bar, the iron-containing material firmly onto the wall, in order to ensure the integrity of the equipment and products safety.

3. Product Features:

No energy, no pollution, simple structure, can be installed on the production line or in the pipeline at the discharge port, save space, easy to install, use staggered arrangement of the magnet, the magnetic spacing well-designed, so that magnetic region can be more fully utilized .

4. Pipe separator and delivery specifications Description:

Separators pipeline specifications are more specific size according to customer design and manufacture of the actual situation. After less than three orders and check it back in 3 weeks for delivery.

How do magnetic bar work?  How are magnetic bar constructed?
Typical construction of a magnetic bar is shown.
Not shown is the 304 stainless steel tube in which this stack of magnets and steel washers (or pole pieces) is inserted.
Most of the grates are made with tubes of non-magnetic stainless steel with an assembly of magnets inside.
The stainless is sealed shut, usually with a weld, which keeps the magnets free from contamination.
The magnets inside the tube are usually arranged in a row, usually with ring magnets sitting on a shaft.

The magnetization direction each successive magnet is assembled in the opposite direction, so that the direction alternates with each magnet.
This specific arrangement is used to create a powerful magnetic field around the assembly.
It produces an extremely high magnetic field right at the steel "pole pieces," and can exceed 10,000 gauss, even 12000 gauss!
Tiny bits of iron and steel are attracted to the magnet, with the most force in the locations where the magnetic field strength changes the most.
Near the pole pieces, this setup can exert a very strong hold onto even fairly small pieces of iron or steel.

Why are they constructed this way?
So many made with this sort of arrangement, its wide use is taken for granted. 
Strong magnetic field as far out as possible from the tube, to catch ferromagnetic particles from as far away as possible. 
This setup uses common, axially magnetized ring magnets to produce a magnetic field in a region around the cylinder.  
It is also strong all the way around the circumference of the cylinder, unlike a diamagnetic magnet, which is strongest at two points (the poles located 180° apart).
The second, it has to do with holding onto the bits of iron or steel to the magnet after they are caught. 
The force exerted on a tiny bit of iron depends on both the field strength and the field strength gradient at given location near the magnet.
The gradient is how much the field strength is changing with distance from the magnet.
 

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