Self-Cleaning Separator Bar Magnet – 200mm | 10K Gauss

The Self-Cleaning Separator Bar Magnet – 200mm | 10K Gauss is a high-strength magnetic separation solution designed to capture and remove unwanted ferrous metal contamination from powders, granules and other compatible free-flowing materials. Featuring a magnetic field strength of approximately 10,000 Gauss and a convenient self-cleaning design, this separator magnet provides efficient contamination removal with easier maintenance and cleaning.

With a 200mm length, this magnetic separator is suitable for integration into processing equipment, hoppers, chutes, magnetic grids and custom separation systems. As material passes around the magnetic bar, susceptible iron and steel particles are attracted to the high-strength magnetic surface and retained for removal.

The self-cleaning configuration simplifies the removal of accumulated ferrous contamination compared with conventional fixed separator bars, making it particularly useful in applications requiring frequent cleaning, efficient maintenance and reduced production downtime.

Key Features

• High-strength self-cleaning magnetic separator bar
• 200mm length
• Magnetic field strength: approximately 10,000 Gauss (10K Gauss)
• Designed to capture ferrous metal contamination
• Self-cleaning design for easier contaminant removal
• Reduces manual cleaning of the magnetic surface
• Suitable for powders, granules and compatible free-flowing materials
• Can be incorporated into custom magnetic separation systems
• Helps protect downstream machinery and processing equipment
• Suitable for industrial manufacturing and processing environments

Common Applications

• Food and ingredient processing
• Powder processing
• Plastics manufacturing
• Pharmaceutical production
• Chemical processing
• Magnetic filtration systems
• Bulk material handling
• Recycling and material recovery
• Industrial manufacturing
• Custom magnetic separation equipment

How Does a Self-Cleaning Separator Magnet Work?

A magnetic separator bar, also known as a magnetic filter bar, tube magnet or magnetic separator rod, creates a concentrated magnetic field that attracts magnetically susceptible contamination from material passing nearby.

As product flows around the separator, iron and steel particles are drawn towards the magnetic surface and retained rather than continuing through the production process.

The self-cleaning design simplifies the removal of captured contamination from the magnetic assembly. This can make routine cleaning faster and more efficient than manually removing strongly attracted ferrous particles directly from a conventional magnetic bar.

Why Choose a 10,000 Gauss Magnetic Separator?

A magnetic field strength of approximately 10K Gauss provides powerful magnetic separation performance for industrial contamination-control applications.

High-strength magnetic separators can help capture ferrous particles that may otherwise remain mixed with processed material. Correctly installed, they can form an important part of a facility's quality-control and machinery-protection system.

The stated 10,000 Gauss refers to magnetic field strength and should not be interpreted as a lifting capacity or pull-force rating.

Benefits of the Self-Cleaning Design

Ferrous contamination can be held strongly against a high-strength magnetic separator, which can make conventional magnetic bars difficult and time-consuming to clean.

A self-cleaning separator magnet is designed to simplify this process, offering several practical benefits:

• Faster removal of captured ferrous contamination
• Reduced direct handling of sharp metal particles
• Easier routine maintenance
• Less time spent manually cleaning magnetic surfaces
• More convenient operation in frequently cleaned processing systems
• Potential reduction in maintenance-related production interruptions

These benefits make self-cleaning magnetic separators particularly useful where contamination levels require regular cleaning.

Technical Specifications

• Product Type: Self-Cleaning Separator Bar Magnet
• Alternative Names: Self-Cleaning Magnetic Separator, Magnetic Filter Bar, Tube Magnet, Magnetic Separator Rod
• Length: 200mm
• Magnetic Field Strength: Approximately 10,000 Gauss
• Cleaning Type: Self-Cleaning
• Primary Function: Ferrous contamination removal
• Target Contaminants: Magnetically susceptible iron and steel particles
• Suitable Materials: Compatible powders, granules and free-flowing materials
• Typical Applications: Processing, manufacturing, filtration, separation and machinery protection

Industrial Magnetic Separation Applications

The 200mm 10K Gauss self-cleaning separator bar magnet is suitable for manufacturers, processors and equipment builders requiring a compact magnetic solution for contamination control.

Depending on the system design, magnetic separators may be positioned in hoppers, chutes, product streams and processing equipment so material passes close to the magnetic surface.

Effective magnetic separation can help:

• Reduce unwanted iron and steel contamination
• Protect downstream machinery from ferrous fragments
• Improve material and finished-product purity
• Reduce the risk of equipment damage
• Support quality-control procedures
• Simplify routine contamination removal

Getting the Best Separation Performance

Magnetic attraction decreases rapidly with distance, so the position of the separator relative to the product flow is important.

For effective separation, compatible material should pass as close as practical to the magnetic surface while maintaining appropriate product flow. Performance can also be affected by the depth and speed of the product stream and the size, shape and magnetic properties of the contaminant.

Regular cleaning remains important even with a self-cleaning design, as excessive accumulation of captured metal can reduce the available magnetic collection surface.

Please Note

The stated 10,000 Gauss rating refers to magnetic field strength and is not a pull-force or lifting capacity rating.

Actual separation performance depends on factors including contaminant size, composition and shape, product characteristics, flow rate, installation geometry and distance from the magnetic surface.

This separator is designed primarily to capture magnetically susceptible ferrous materials. Non-magnetic materials such as aluminium, copper, brass, plastic and many stainless steel grades will not be effectively captured.

Always isolate surrounding processing equipment before cleaning or servicing the magnetic separator and follow applicable workplace safety procedures.

Strong magnetic fields may affect pacemakers, medical implants, magnetic storage media and sensitive electronic equipment.