Description : External pole magnets - continuous automatic cleaning
SBP-Automatic
SKU: SBP_dummy
Product inlet size: 400 -1200 mm
External pole magnets are a good solution for applications with large amounts of ferrous contamination and where operator access is hard.Automatic cleaning during production, no production stop required.

Automatic cleaning (continuous)
Capacity up to 150 m³/h
With neodymium plate magnets

Product inlet/outlet size : #360 mm
SBP-3636-F-F1B-B-B
SKU: SBPF360001
Stock: 1
Max. capacity: 200 m³/h
No of magnets: 2
Weight: 305 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Product inlet/outlet size : #260 mm
SBP-2626-F-F1B-B-B
SKU: SBPF260001
Stock *: 0
Max. capacity: 100 m³/h
No of magnets: 2
Weight: 225 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Product inlet/outlet size : #180 mm
SBP-1818-F-F1B-B-B
SKU: SBPF180001
Stock *: 0
Max. capacity: 50 m³/h
No of magnets: 2
Weight: 85 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Ferrite 36 N
ANTI SLIP MAGN 60X30X7.5MM
SKU: GM14100
Stock: 74
Size: 60 x 30 mm
Attachment: Self-adhesive
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Product inlet/outlet size : #350 mm
SBP-3535-N-F1E-B-B
SKU: SBPN353500
Stock *: 0
Max. capacity: 190 m³/h
No of magnets: 2
Weight: 153 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Ferrite 85 N
ANTI SLIP 75X50X11 RUBBER+ ZK
SKU: GM14123
Stock: 304
Size: 75 x 50 mm
Attachment: Self-adhesive
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 38 N
PM D22x6xM4
SKU: GM17482
Stock: 11
Size: Ø22 mm
Height (H): 6 mm
Attachment: M4
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Product inlet/outlet size : #300 mm
SBP-3030-N-F1E-B-B
SKU: SBPN303000
Stock *: 0
Max. capacity: 140 m³/h
No of magnets: 2
Weight: 104 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Neodymium (NdFeB) 100 N
NDFE POTø 43X6 DRGAT M4 RUBBER
SKU: GM17500
Stock: 26
Size: Ø43 mm
Height (H): 6 mm
Attachment: M4
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 100 N
NDFEBPOT 43x31MM 1xDR.GAT
SKU: GM17460
Stock: 2
Size: 43 x 31 mm
Attachment: M4
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Product inlet/outlet size : #250 mm
SBP-2525-N-F1E-B-B
SKU: SBPN252500
Stock *: 0
Max. capacity: 100 m³/h
No of magnets: 2
Weight: 90 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Product inlet/outlet size : #200 mm
SBP-2020-N-F1E-B-B
SKU: SBPN202000
Stock: 1
Max. capacity: 75 m³/h
No of magnets: 2
Weight: 78 kg
For filtering ferrous contaminants from coarse, free-falling, high-capacity pipelines.The magnet plates are placed outside the product channel to secure an unobstructed product flow.Cleaning is quick and easy, by means of a hinged extractor plate (quick-cleaning).

Quick cleaning through use of extractor plates
Capacity up to 200 m³/h
With neodymium or ferrite plate magnets
Installation height 400 to 760 mm
Capture Fe particles from 0.5 mm

Application

Free-fall pipes for powders & granulates

External pole magnets filter ferromagnetic (Fe) impurities – such as iron and steel – from 0.5 to 50 mm out of powders and granulates in free-fall lines. They are used in the bulk, animal feed, plastics, ceramic and recycling industries, among others.
 
External pole magnets are very robust and are able to process high capacities. The magnets are located outside the product channel, so the product can fall through freely.
 
If fine ferrous particles must be separated from powder flows, we recommend our Cleanflow magnets.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Two magnetic plates are located opposite each other, outside the product chute. They have a deeply reaching, powerful holding field, which is strengthened through clever construction of the magnets. This enables them to 'capture' Fe particles from the product stream.
 
The magnets are fitted with hinged extractor plates for quick and easy cleaning. The magnets attract the ferrous contaminants, and clamp them against the extractor plate. Ridges on the extractor plate provide extra 'shelter' and extra clamping force for the captured ferrous parts. As a result, the product flow cannot "drag them along" again.
 
Summary of important specifications

Magnet quality ferrite or neodymium
Materials housing and materials in contact with product: stainless steel
Finishing: grit blasted / magnets painted
Material gaskets neodymium version: Silicone acc. EC1935 / FDA
Material gaskets ferrite version: sponge rubber / silicone


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.
 
Options

Magnet quality: ferrite or neodymium
Basic type: standard execution, grit blasted

Round or square in-/outlet
Food/pharma type: hygienic execution, polished

Only square in-/outlet


Working principle / video

Filtering & discharging of ferrous contaminants

How does the magnetic filtering work?
The 2 magnetic plates are placed on the outside of the product channel. Therefore a guide profile is placed in the center of the inlet flange, to force the product flow towards the magnets. The product contaminated with ferrous particles passes the magnets while flowing through the separator.
The magnets attract the ferrous particles, which are then held against the extractor plate. Ridges on the extractor plates provide extra 'shelter' and extra clamping force for the captured ferrous particles, so that the product flow cannot 'drag' them along again.
 
How does the cleaning / iron discharging work?
For these quick-cleaning type external pole magnets, you need to interrupt the product flow in order to be able to clean the magnets.
 
Swing the magnets with extractor plates completely outwards. Then turn the hinged extractor plates away from the magnets. As soon as the captured ferrous particles are out of the magnetic field reach, they will automatically fall off.
 
Cleaning / iron discharging sequence

Stop the product flow
Loosen the quick-release clamps
Swing the complete magnet unit as far away from the housing as possible
Swing the extractor plate away from the magnet
The ferrous particles now fall from the extractor plates; collect and dispose of them
Clean all parts with a soft, clean cloth and - if necessary - a suitable cleaning liquid
Swing the extractor plate back against the magnet
Swing the complete magnet unit back against the housing
Retighten the quick-release clamps
Restart the product flow

Neodymium (NdFeB) 100 N
GM17461
SKU: GM17461
Stock: 0
Size: 43 x 31 mm
Attachment: M4
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 210 N
NDFE POT 66X8.5 DR GAT ZWART R
SKU: GM17563
Stock: 0
Height (H): 8.5 mm
Attachment: M6
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 250 N
POTMAGNEET NDFEB 66X8.5 M6
SKU: GM1756301
Stock: 0
Size: Ø66 mm
Height (H): 8.5 mm
Attachment: M6
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 580x204x55 mm
SCH-M-N-204x55-0600-B-B-B
SKU: E0013215
Stock *: 0
Width: 738 mm
Height: 520 mm
Weight: 67 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 290 N
NDFE POT 70X50X13 2X DR.GAT M5
SKU: GM17472
Stock: 0
Size: 70 x 50 mm
Attachment: M5
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 290 N
GM17471
SKU: GM17471
Stock: 0
Size: 70 x 50 mm
Attachment: M5
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 89 N
PM-RHC-N-RB-D31.5xd6/8.8
SKU: GM175305
Stock: 7317
Size: Ø31 mm
Height (H): 6 mm
Shear force: 19 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 480x204x55 mm
SCH-M-N-204x55-0500-B-B-B
SKU: E0014327
Stock *: 0
Width: 638 mm
Height: 520 mm
Weight: 58 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 175 N
NDFE POT ø 57X7.6 ZW RU GATø 8
SKU: GM17557
Stock: 60
Size: Ø57 mm
Height (H): 7.6 mm
Shear force: 55 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 250 N
NDFE POT 66X8.5 GAT ZWART RUBB
SKU: GM17562
Stock: 6
Size: Ø66 mm
Height (H): 8.5 mm
Shear force: 85 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 58 N
NDFE POT ZW RUB ø22X6 M4 DRBUS
SKU: GM17481
Stock: 6
Size: Ø22 mm
Height (L): 11.5 mm
Shear force: 15 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 430x204x55 mm
SCH-M-N-204x55-0450-B-B-B
SKU: E0015446
Stock *: 0
Width: 590 mm
Height: 520 mm
Weight: 54 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 100 N
PM-RTB-N-RB-D43x6xM4
SKU: GM17505
Stock: 100
Size: Ø43 mm
Height (L): 10.5 mm
Shear force: 30 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 380x204x55 mm
SCH-M-N-204x55-0400-B-B-B
SKU: E0014217
Stock *: 0
Width: 538 mm
Height: 520 mm
Weight: 50 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 180 N
NDFEB POT 66x8.5 DR BUS WIT RB
SKU: GM1750701
Stock: 0
Size: Ø66 mm
Height (L): 15 mm
Shear force: 75 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 550 N
NDFEB POTM ø 88X8.5 DRB - CHIN
SKU: GM17510
Stock: 22
Size: Ø88 mm
Height (L): 17 mm
Shear force: 125 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 13 N
GM17499
SKU: GM17499
Stock: 0
Size: Ø12 mm
Height (L): 14.8 mm
Shear force: 5 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 330x204x55 mm
SCH-M-N-204x55-0350-B-B-B
SKU: E0015814
Stock *: 0
Width: 490 mm
Height: 520 mm
Weight: 45 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 58 N
NDFE POT ZW RUB ø22X6 M4 DRein
SKU: GM17480
Stock: 9
Size: Ø22 mm
Height (L): 12.5 mm
Shear force: 15 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 100 N
GM17515
SKU: GM17515
Stock: 0
Size: Ø43 mm
Height (L): 12 mm
Shear force: 30 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 280x204x55 mm
SCH-M-N-204x55-0300-B-B-B
SKU: E0013100
Stock *: 0
Width: 438 mm
Height: 520 mm
Weight: 41 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 250 N
PM-RTE-N-RB-D66x8.5xM8x23.5
SKU: GM17519
Stock: 10
Size: Ø66 mm
Height (L): 23.5 mm
Shear force: 85 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Neodymium (NdFeB) 250 N
GM1751901
SKU: GM1751901
Stock: 0
Size: Ø66 mm
Height (L): 23.5 mm
Shear force: 75 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Magnet dimensions : 230x204x55 mm
SCH-M-N-204x55-0250-B-B-B
SKU: E0015853
Stock *: 0
Width: 388 mm
Height: 520 mm
Weight: 36 kg
Chute magnets are neodymium plate magnets with a hinged extractor plate and a mounting construction for self-mounting the systeem against the wall of your product channel.They are used for removal of ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes up to 45°.

With neodymium plate magnets
Max. holding field 180 mm
Capture Fe particles from 0.5 mm
Quick cleaning through use of extractor plates
Max. chute angle 45°

Application

Free-fall and chute transport

Chute magnets are mainly used for removing ferrous contaminants from powders, granulates, and even coarser raw material flows in free-fall pipes or chutes with a sliding angle of max. 45˚.
 
Chute magnets are a simple solution for removing iron contamination. You can easily install them yourself, and they deliver a high separation efficiency. We default use neodymium magnetic plates, because they are extremely powerful, compact and lightweight.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Description
Chute magnets have robust neodymium magnetic plates that are placed behind a stainless steel extractor plate. 2 quick-release fasteners clamp the magnet with extractor plate against the pipe channel.
 
Summary of important specifications

Materials system and magnet casing: stainless steel
Finish: grit blasted,
Material seals: EPDM, FDA-approved


Options

Available versions, options & accessories

Click on a product variant to find the online available accessories & spare parts.

Cleaning

Filtering & discharging of ferrous contaminants

You can clean the chute magnet through use of the hinged extractor plate for quick-cleaning. When you swing the hinged extractor plate away from the magnet, the ferrous particles will fall off of the extractor plate as soon as they are far enough away from the magnet.
 
For reasons of safety, the operator must operate the chute magnets with two hands. The magnets are secured in the outermost cleaning position, after which the operator has both hands free for cleaning.

Neodymium (NdFeB) 550 N
GM17530
SKU: GM17530
Stock: 0
Size: Ø88 mm
Height (L): 23.5 mm
Shear force: 125 N
Compact magnet systems with a steel shell and rubber coating for more shear force. Thanks to the shell of these magnet systems, the magnetic field strength increases and the pot magnets are more resistant to corrosion or chemicals. Pot magnets have a single attracting surface. This precludes dispersion of the magnetic field. Rubberized pot magnets are perfectly suited for easily damaged surfaces, to prevent scratches. Due to the powerful neodymium system, you can rest assured they will remain securely in place.

Attach without drilling or screwing
Moveable, reusable and non-scratch
Deliverable from stock
High shear force

Composition and construction of pot magnets rubber coated

What does a neodymium pot magnet consist of?

These super-strong pot magnets are made of the alloy neodymium-iron-boron (NdFeB), which Goudsmit markets under the brand name Neoflux®. The shell or pot ensures magnetic shielding. The bonding surface has a rubber coating for a higher shear force and to prevent scratches.

Operating temperature

When does loss of magnetic strength occur?

Neodymium rubber coated pot magnets have an operating temperature of up to 80 °C. When heated to this temperature, the magnet loses 15 to 20% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Holding forces

The specified holding forces are measured under optimum conditions: perpendicular, on a piece of grade 37 steel that has been ground flat with a thickness of 5 mm, without air gap.

Size : 58 x 58 mm
LAMELLENMAGN 58X58X15 OOG WIT
SKU: GM14462
Stock: 65
Holding force: 300 N
Compact magnet systems with a plastic shell and an eyelet. With these strong eyelet magnets, you can easily attach all sorts of products to a steel surface. The white plastic shell makes this magnet with eyelet less conspicuous and therefore excellent for application in shops and shop windows.

Available in various sizes
For presentation, display or hanging
Easy to install
Deliverable from stock

Construction of pot eyelet magnets

Good magnetic properties, affordably priced

These pot magnets have a plastic shell with an eyelet. The shell provides protection for the magnet. You can easily hang advertising messages, products or other items from the eyelet. The raw material of these magnets, ferrite, is affordably priced compared with other types of magnet. These eyelet magnets are good value for money.
Ferrite pot magnets do not corrode and are suitable for outdoor use.

Operating temperature

When does loss of magnetic strength occur?

Eyelet magnets have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Magnetic force and shear force

The magnetic force is greater than shear force. These eyelet magnets are useful for on steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.
These eyelet magnets are ideal for presenting promotional materials in department stores, shops or showrooms. They are reusable on any steel or iron surface.

Size : 19 x 14 mm
DECOMAGNEET RH 19X14 PVC WIT
SKU: GM14436
Stock: 141
Holding force: 20 N
Compact magnet systems with a plastic shell and an eyelet. With these strong eyelet magnets, you can easily attach all sorts of products to a steel surface. The white plastic shell makes this magnet with eyelet less conspicuous and therefore excellent for application in shops and shop windows.

Available in various sizes
For presentation, display or hanging
Easy to install
Deliverable from stock

Construction of pot eyelet magnets

Good magnetic properties, affordably priced

These pot magnets have a plastic shell with an eyelet. The shell provides protection for the magnet. You can easily hang advertising messages, products or other items from the eyelet. The raw material of these magnets, ferrite, is affordably priced compared with other types of magnet. These eyelet magnets are good value for money.
Ferrite pot magnets do not corrode and are suitable for outdoor use.

Operating temperature

When does loss of magnetic strength occur?

Eyelet magnets have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Magnetic force and shear force

The magnetic force is greater than shear force. These eyelet magnets are useful for on steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.
These eyelet magnets are ideal for presenting promotional materials in department stores, shops or showrooms. They are reusable on any steel or iron surface.

Size : Ø43 mm
DECOMAGNEET R43 PVC OPHANGOOG
SKU: GM14411
Stock: 0
Holding force: 120 N
Compact magnet systems with a plastic shell and an eyelet. With these strong eyelet magnets, you can easily attach all sorts of products to a steel surface. The white plastic shell makes this magnet with eyelet less conspicuous and therefore excellent for application in shops and shop windows.

Available in various sizes
For presentation, display or hanging
Easy to install
Deliverable from stock

Construction of pot eyelet magnets

Good magnetic properties, affordably priced

These pot magnets have a plastic shell with an eyelet. The shell provides protection for the magnet. You can easily hang advertising messages, products or other items from the eyelet. The raw material of these magnets, ferrite, is affordably priced compared with other types of magnet. These eyelet magnets are good value for money.
Ferrite pot magnets do not corrode and are suitable for outdoor use.

Operating temperature

When does loss of magnetic strength occur?

Eyelet magnets have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Magnetic force and shear force

The magnetic force is greater than shear force. These eyelet magnets are useful for on steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.
These eyelet magnets are ideal for presenting promotional materials in department stores, shops or showrooms. They are reusable on any steel or iron surface.

Size : 53 x 27.5 mm
LAMELLENMAGNEET 53X27.5X12.5MM
SKU: GM14459
Stock: 415
Holding force: 150 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø500 / #500 mm
SPA-6-B-FI-OS-ST-Ex-D-B
SKU: SPAE000066
Stock *: 0
Max. capacity: 350 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Product inlet/outlet size : Ø400 / #400 mm
SPA-5-B-FI-OS-ST-Ex-D-B
SKU: SPAE000065
Stock *: 0
Max. capacity: 230 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : 42 x 14 mm
GM14443
SKU: GM14443
Stock: 0
Holding force: 55 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø300 / #320 mm
SPA-4-B-FI-OS-ST-Ex-D-B
SKU: SPAE000064
Stock *: 0
Max. capacity: 150 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : 57 x 15 mm
DECOMAGNEET RH 57x15 PVC WIT
SKU: GM14439
Stock: 0
Holding force: 115 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Size : 42 x 14 mm
DECOMAGNEET RH 42x14 PVC WIT
SKU: GM14438
Stock: 0
Holding force: 55 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø250 / #240 mm
SPA-3-B-TC-OS-ST-Ex-D-B
SKU: SPAE000063
Stock *: 0
Max. capacity: 100 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : 34 x 29 mm
DECOMAGNEET RH 34X29 PVC WIT
SKU: GM14437
Stock: 4
Holding force: 80 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø500 mm
SPA-6-B-FI-FO-ST-Ex-D-B
SKU: SPAB000066
Stock *: 0
Max. capacity: 350 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : Ø43 mm
DECOMAGNEET R43 PVC STAAL HAAK
SKU: GM14410
Stock: 0
Holding force: 120 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø400 mm
SPA-5-B-FI-FO-ST-Ex-D-B
SKU: SPAB000065
Stock *: 0
Max. capacity: 230 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : Ø50 mm
PLAFONDMAGN.R50 STAAL MET HAAK
SKU: GM14426
Stock: 3007
Holding force: 200 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø300 mm
SPA-4-B-FI-FO-ST-Ex-D-B
SKU: SPAB000064
Stock *: 0
Max. capacity: 150 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : Ø47 mm
PLAFONDMAGN.R47 STAAL MET HAAK
SKU: GM14425
Stock: 2788
Holding force: 180 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Product inlet/outlet size : Ø250 mm
SPA-3-B-TC-FO-ST-Ex-D-B
SKU: SPAB000063
Stock *: 0
Max. capacity: 100 m³/h
Electro bullet magnets have a powerful bullet-shaped electromagnetic magnet core. They are suitable for filtering medium to large ferrous contaminants from high capacity coarse free-fall bulk flows.Often used in eg. the bulk, animal feed, plastics, ceramics and recycling industries.Electro bullet magnets are automatic cleaning, which makes them suitable for automatic production processes. Because they need a valve box, their installation height is much larger than that of the permanent bullet magnets.

Electromagnet
Capture Fe particles from 0.1 mm
Automatic cleaning (discontinuous)
Overall height 950 to 2433 mm
ATEX II 1/2 D possible

Application

Filtering iron contamination out of high capacity coarse product streams

For filtering ferrous contaminants – such as iron and steel – out of granulates, fibres and coarser materials in high capacity non-pressurized pipelines.
 
Bullet magnets are used in the bulk, animal feed, plastics, ceramics and recycling industries, among others.

Design

Construction & materials data

Click on a product variant to find the data sheet, drawings and other downloadable product information.
 
Short description
Electro bullet magnets have a large, cylindrical electromagnet core, with a powerful, deeply penetrating magnetic field. The magnetic core has 3 magnetic poles on which trapped ferrous particles are held. The magnetic core can be switched on / off electrically. A valve box is mounted under the pipe magnet in order to be able to automatically discharge the falling ferrous particles.
 
Summary of important specifications

1 bullet-shaped magnet with 60° top cone
Magnet quality: 2000 gauss on magnet surface
Robust steel / stainless steel housing
Finish: painted
Incl. door sensor (open/close safety switch)
Incl. control box
Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)


Options

Available accessories & options

Online accessories & spare parts
Click on a product variant to find the online available accessories & spare parts.
 
Default versions

Incl./excl. ATEX II 1/2D certificate (dust-explosion safe)
Incl./excl. valve box for iron disposal
Round or square outlet flange (for types excl. valve box)

Options

Magnet iron saturation signaller 'Met-alert Watch dog'
Kobaflex PU protective coating


Working principle

Cleaning / disposal of caught metal contaminations

How does the magnetic filtering work?
Because the magnetic core is located in the middle of the product stream, the bullet magnet has a very high separation yield. The round shape of the housing and the magnetic core (with a 60° top cone) ensures continuous flow and good distribution of the product stream. The product then passes three powerful magnetic fields, where guide strips redirect any product near the outer walls back toward the magnetic core.
 
The magnets attract passing ferrous particles. The captured particles stick to 1 of the 3 magnet poles, while the purified product flows further.
 
How does the cleaning / iron discharging work?
Fully automatic cleaning. After you have stopped the product flow, give the start signal for the cleaning. The magnetic core is switched off electrically during cleaning. The valve box automatically discharges the falling ferrous particles.
 
Cleaning / iron discharging sequence

Stop the product flow
Give the start signal for a cleaning cycle locally, or from your central control
a. The valve box is switched to iron discharging position
b. The magnet is switched off
c. The captured ferrous particles fall off and are discharged via the valve box
d. The valve box is switched back to production position
e. The magnet is switched on again
Restart the product flow

Size : Ø40 mm
PLAFONDMAGN.R40 STAAL MET HAAK
SKU: GM14424
Stock: 1240
Holding force: 110 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Size : Ø36 mm
PLAFONDMAGN.R36 STAAL MET HAAK
SKU: GM14423
Stock: 1766
Holding force: 100 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.

Size : Ø32 mm
PLAFONDMAGN.R32 STAAL MET HAAK
SKU: GM14422
Stock: 4038
Holding force: 80 N
Compact magnet systems with a hook and a shell of steel or plastic. With these strong magnetic hooks, you can attach all sorts of products to any steel surface. Check out our range of magnetic hooks and ceiling magnets in steel and plastic.

Attach without drilling or screwing
For presentation, display or hanging
Suitable for advertising and promotion
Steel and plastic version

Composition and construction of magnetic hooks

Good magnetic properties, affordably priced

Magnetic hooks have a plastic or steel shell with hook. The shell provides magnetic shielding. With these hook magnets, you can easily hang up to 20 kg. The raw material of the magnet - ferrite - is affordably priced compared with other types of magnet. Magnetic hooks are great value.
The hook of this pot magnet is screwed in the threaded bush or is part of the overall enclosure.

Operating temperature

When does loss of magnetic strength occur?

Ferrite magnetic hooks have an operating temperature of up to 200 °C. When heated to this temperature, the magnet loses 30 to 40% of its magnetic strength. This is not permanent; the force is restored when the magnet returns to the normal ambient temperature.
External magnetic fields may also cause loss of magnetic force. An air gap or non-magnetic materials located between the magnet and workpiece reduce the tensile force.

Important to know

Corrosion and application

Magnetic hooks do not corrode and are suitable for outdoor use.
The magnetic force is greater than shear force. These magnetic hooks are useful for steel slats in a suspended ceiling or other steel surfaces. They are less powerful with vertical use, for example on a steel cabinet door, partition wall or whiteboard. Here, we recommend magnets with a rubber coating or shell.