These grate magnets consist of magnetic tubes arranged in a grid pattern and welded into a rectangular or square housing. The housing allows the magnetic tubes in the grate to slide out for efficient cleaning. The housing can be installed inline into chutes or ducts, making these grates ideal for enclosed flow lines or screen discharges. Bulk material falls through the grate during conveying, and the magnetic tubes capture any ferrous particles and parts that are in the material so they can be removed. This helps prevent ferrous particles and parts from contaminating bulk products during conveying, getting into machinery downstream and causing damage, and potentially creating a spark that could ignite explosive materials.

These grate magnets are made up of magnetic tubes arranged in a grid pattern and welded into a rectangular or square frame. They drop into openings on steep-sloped hoppers, odd and irregularly shaped hoppers, floor openings, vertical closed chutes, and ducts. Bulk material falls through the grate during conveying, and any ferrous particles and parts that are in the material stick to the face of the magnetic tubes, removing them from the conveyed material. This helps prevent ferrous particles and parts from contaminating bulk products during conveying, getting into machinery downstream and causing damage, and potentially creating a spark that could ignite explosive materials.

Round grate magnets are made up of magnetic tubes arranged in a grid pattern and welded into a round frame. They drop into openings on steep-sloped hoppers, odd and irregularly shaped hoppers, floor openings, vertical closed chutes, and ducts. As bulk material falls through the grate during conveying, any ferrous particles and parts that are in the material stick to the face of the magnetic tubes, removing them from the conveyed material. This helps prevent ferrous particles and parts from contaminating bulk products during conveying, getting into machinery downstream and causing damage, and potentially creating a spark that could ignite explosive materials.

Tube magnets can be brought to where they're needed and then passed over bulk materials to attract and remove ferrous particles from the material. This helps prevent the particles from contaminating the material, getting into machinery downstream and causing damage, and potentially creating a spark that could ignite explosive materials. Tube magnets can be carried between different locations and are a good choice for applications where it is not possible or practical to install more permanent styles of magnetic separators, such as tanks. They can also be used for quality inspection purposes.