Separator Bar Tube Magnet – 25mm x 100mm | M6 Thread | 10K Gauss

The Separator Bar Tube Magnet – 25mm x 100mm | M6 Thread | 10K Gauss is a compact, high-strength magnetic separation bar designed to capture and remove unwanted ferrous metal contamination from powders, granules and other compatible free-flowing materials. Producing a powerful magnetic field of approximately 10,000 Gauss, this tube magnet is ideal for industrial processing, manufacturing, food production and material handling applications where effective ferrous separation is required.

Measuring 25mm in diameter and 100mm in length, this short magnetic separator bar provides concentrated magnetic performance in a compact format. The integrated M6 threaded mounting point allows the bar to be incorporated into compatible grate magnet frames, magnetic grids, custom separator assemblies and purpose-built processing equipment.

Separator bars are commonly positioned directly within a product flow. As material passes around the tube, ferrous particles and metal contamination are attracted to and retained on the magnetic surface, helping prevent unwanted metal from continuing further through the production process.

Key Features

• High-strength magnetic separator tube
• Dimensions: 25mm diameter x 100mm length
• Magnetic field strength: approximately 10,000 Gauss
• M6 threaded mounting point
• Compact 100mm length for smaller separation assemblies
• Designed to capture ferrous metal contamination
• Suitable for powders, granules and compatible free-flowing materials
• Can be incorporated into grate magnets and magnetic grids
• Suitable for custom magnetic separation systems
• Ideal for industrial processing and manufacturing applications

Common Applications

• Magnetic separation systems
• Grate magnets and magnetic grids
• Food processing equipment
• Powder processing
• Plastics manufacturing
• Chemical processing
• Pharmaceutical manufacturing
• Recycling and material recovery
• Industrial production lines
• Custom processing machinery

How Does a Magnetic Separator Bar Work?

A magnetic separator bar, also known as a tube magnet, magnetic filter bar or magnetic separator rod, uses a concentrated magnetic field to attract ferrous contamination from material passing through or around it.

When installed within a processing line, the 10,000 Gauss magnetic field attracts susceptible iron and steel particles towards the surface of the tube. The captured contamination remains on the separator bar until the system is stopped and the bar is cleaned.

This simple separation method can help protect downstream machinery, improve material purity and reduce the risk of ferrous contamination reaching later stages of production.

Why Choose a 10,000 Gauss Separator Bar?

A magnetic field strength of approximately 10K Gauss (10,000 Gauss) provides powerful magnetic separation performance for capturing ferrous particles from compatible materials.

High-strength separator bars are commonly used where contamination may include relatively small iron or steel particles that weaker magnetic separation equipment could struggle to capture effectively.

The compact 25mm x 100mm dimensions make this model particularly useful for smaller equipment, confined installations and custom magnetic separation assemblies where a longer separator bar is unnecessary or cannot be accommodated.

M6 Thread for Easy Integration

The integrated M6 thread provides a practical mounting point for incorporating the tube magnet into compatible equipment.

It can be used as an individual magnetic separator or combined with multiple separator bars to create magnetic grids, grate magnets and custom separation systems. Multiple bars can be positioned across the product flow to increase magnetic coverage and improve the likelihood of ferrous contamination passing close to a magnetic surface.

Always confirm thread type, mounting dimensions and equipment compatibility before installation.

Technical Specifications

• Product Type: Separator Bar / Tube Magnet
• Alternative Names: Magnetic Separator Bar, Magnetic Filter Bar, Magnetic Tube, Magnetic Separator Rod
• Diameter: 25mm
• Length: 100mm
• Thread: M6
• Magnetic Field Strength: Approximately 10,000 Gauss
• Primary Function: Ferrous contamination removal
• Target Contaminants: Magnetically susceptible iron and steel particles
• Installation: Individual or incorporated into compatible magnetic separation assemblies
• Typical Applications: Processing, manufacturing, filtration, separation and machinery protection

Industrial Magnetic Separation Applications

This 25mm x 100mm 10K Gauss separator bar is suitable for manufacturers, processors, engineers and equipment builders requiring a compact magnetic solution for ferrous contamination control.

Depending on the installation, separator bars can be positioned in chutes, hoppers, ducts, product streams and grate assemblies so material passes close to the magnetic surface. Correct positioning is important because magnetic capture performance decreases as the distance between the contaminant and magnetic surface increases.

For larger processing areas, multiple tube magnets can be arranged together to create a magnetic grate or grid with greater coverage across the product flow.

Cleaning and Maintenance

Captured ferrous contamination should be removed from the separator bar regularly to maintain effective magnetic performance. The appropriate cleaning frequency will depend on the volume of material being processed and the level of ferrous contamination present.

Before cleaning, isolate the magnetic separator from moving machinery and product flow according to the site's operating and safety procedures. Ferrous particles may be held firmly against a 10K Gauss magnetic surface, so appropriate care should be taken during removal.

Regular inspection and cleaning help ensure the magnetic separator continues to provide effective contamination capture throughout its service life.

Please Note

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

Actual separation performance depends on several factors, including contaminant size and composition, product flow rate, material characteristics, distance from the magnetic surface, installation geometry and the amount of contamination already accumulated on the tube.

For best performance, material should pass as close as practical to the magnetic surface while maintaining appropriate product flow.

Strong magnetic fields may affect pacemakers, medical implants, magnetic storage media and sensitive electronic equipment. Appropriate workplace procedures should be followed when installing, cleaning or servicing magnetic separation equipment.