Enhanced Metal Recovery with Bunting at IFAT 2024

Technology to effectively separate large and small ferrous and non-ferrous metal is the focus for Bunting at IFAT Munich 2024 (Messe Munchen, Germany, May 13-17).  Advanced designs of magnetic separators, eddy current separators and electrostatic separators separate strongly and weakly magnetic particles, enabling the successful recycling of a wide range of waste materials. On stand…

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Application Review – Small Tramp Ferrous from Recycled Gypsum

Small tramp ferrous from recycled gypsum

The extensive range of magnetic separators means that there are often several options for any one application.  However, the final selection is dependent on a number of variables including the available space, separation objective, and the critical nature of the separation.  This particular project required the improved separation of tramp iron from conveyed recycled gypsum.…

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The Crusher’s Arch Enemy – Tramp Metal

The crushers arch enemy Tramp metal

Crushing quarried aggregate is a key process stage of most quarries and when recycling demolition waste.  Effectively protecting the crusher from rogue tramp metal damage prevents production losses and repair costs. The wide range of available crushing technology enables the production of optimally sized aggregate.  Whereas Jaw and Gyratory designs commonly feature as primary crushers,…

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What is an Axial and Radial Magnetic Field?

Radial Magnetic Field Bunting Magnetics

Rotary Magnetic Separators, such as the Drum Magnet and Pulley Magnet, are designed with a specific type of magnetic field.  The type of magnetic field is considered when looking at any application and when deciding which design will achieve a customer’s separation objective. For these rotary designs of magnetic separator, there are two types of magnetic…

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