The best magnetic separator is not determined by plant size alone. The type of scrap, conveyor arrangement, particle size, processing capacity, and required level of ferrous metal recovery all influence the equipment selection.

Overband Separators for Continuous Ferrous Removal

For recycling plants using conveyor systems, an overband magnetic separator can be a practical option for continuously removing ferrous objects from a moving material stream.

The magnetic unit is positioned above the conveyor and attracts iron and steel pieces as the material passes beneath it. This arrangement can reduce the need for manual sorting and provide continuous separation.

It can be considered for:

• Mixed recyclable materials

• Ferrous scrap recovery

• Shredded waste streams

• Material transfer points

The separator size should be selected according to conveyor width, material depth, and operating capacity.

Drum Separators for Controlled Material Separation

Magnetic drum systems can be useful when material needs to pass through a defined separation area. The rotating drum carries magnetic particles away from the non-magnetic fraction, helping create a continuous separation process.

Magnetic Separation Equipment of this type can be considered for smaller recycling operations where the material flow is relatively controlled and a compact separation arrangement is preferred.

Magnetic Conveyor Belt Systems Combine Handling and Separation

When floor space is limited, combining transportation and magnetic separation can be useful. A Magnetic Conveyor Belt can move recyclable material while incorporating magnetic separation into the handling process.

A magnetic conveyor systems arrangement can help reduce the number of separate handling stages in a small recycling plant.

Selection may depend on:

• Belt width

• Conveyor speed

• Material load

• Particle size

• Ferrous content

• Available installation space

This type of arrangement can be useful where continuous material movement is already part of the plant layout.

Magnetic Lifting Equipment Serves a Different Requirement

Recycling plants may also handle larger steel components that need to be picked up and moved rather than separated from a bulk material stream.

Magnetic Lifting Equipment is designed for handling ferrous objects such as steel scrap, plates, fabricated components, and other heavy metal loads.

It is not a replacement for a conveyor-based magnetic separator, but it can complement one where both scrap handling and material separation are required.

Industrial Magnetic Lifting Equipment for Larger Scrap Pieces

For facilities that manually handle larger ferrous loads, industrial magnetic lifting equipment can simplify movement within the recycling yard or processing area.

The selection should take into account:

• Load weight

• Shape and surface condition

• Lifting frequency

• Working environment

• Required lifting capacity

This equipment is particularly relevant to scrap-handling activities rather than fine particle separation.

How to Select the Right Magnetic System

Small-scale recycling operators should first identify the stage where magnetic separation is required. The most suitable equipment can then be selected according to the material flow.

For example, a plant with a conveyor carrying mixed recyclables may benefit from an overband separator. A controlled material stream may suit a drum-based system, while larger individual steel pieces may be better handled using magnetic lifting equipment.

The main selection factors include:

• Type of recyclable material

• Ferrous particle size

• Processing volume

• Conveyor arrangement

• Required separation efficiency

• Maintenance access

Star Trace Provides Solutions for Recycling Applications

Star Trace offers magnetic separation and material-handling equipment for recycling, mining, mineral processing, and other industrial applications.

Its solutions can support different requirements, including ferrous metal removal, conveyor-based separation, and handling of larger magnetic loads. Equipment can be selected according to the material characteristics, plant capacity, and operating conditions.

For small-scale recycling operations, the right magnetic system should balance separation performance, equipment size, installation requirements, and operating needs. Star Trace can provide magnetic separation and handling solutions suited to different recycling workflows, helping operators choose equipment based on the actual requirements of their material processing system.