Suspension Magnet Electro
Magnetic Metal Free Areas under Overband Magnets
A common question asked when a client is installing an Overband Magnet or Suspension Magnet is whether the conveyor idlers, frame and housing could become magnetically induced. When installed suspended above a conveyor, the Overband Magnet and Suspension Magnet work by projecting a magnetic field down and through material transported on a conveyor. This magnetic…
Read MoreBunting Buzzing at Hillhead 2022
The sun shone and the crowds filled the quarry at Hillhead 2022 (21-23 June, Hillhead Quarry, Buxton, UK). The return of the UK’s largest quarrying, construction and recycling exhibition attracted visitors from across the world. At Hillhead, Bunting was displaying magnetic separators, including an ElectroMax Overband Magnet and Permanent Suspended Magnet, as well as a…
Read More40-Year Old Hillhead Still Attracts Bunting
The first Hillhead was held in 1982 and over those 40 years Bunting has manufactured and supplied thousands of magnetic separators and metal detectors for use in the aggregate and recycling industry. Once again, Bunting is exhibiting at the 2022 show (21-23 June, Hillhead Quarry, Buxton, UK), helping companies solve metal separation and detection problems…
Read MoreMagnetic Separator Air-Gap Explained
The ‘Air Gap’ plays a key role in the performance of a Magnetic Separator. In all magnetic separators, there is a gap between the magnet material or electromagnetic coil and the targeted particle. This ‘air-gap’ could be actual air or a non-metallic material such as stainless-steel or a rubber belt. When assessing an application, our…
Read MoreEddy Current Separator and ElectroMax Sales Growth in 2021
The demand for metal separators increased in 2021 on 2020, with exceptional growth in sales of both Eddy Current Separators and ElectroMax Overband and Suspension Magnets. Sales growth followed an expansion in representation in overseas markets and increasing manufacturing capacity at Bunting’s Redditch facility in the UK. At the Redditch manufacturing plant, Bunting specialise in…
Read MoreThe Crusher’s 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,…
Read More6-Year-Old Electro Overband Magnet Refurbishment
Repair and refurbishment convert a well-used, functional magnetic separator into almost new, further extending the life of the equipment. One of Bunting’s latest repair and refurbishment projects involved a 6-year-old Electro Overband Magnet. The oil-cooled Electro Overband Magnet model 155 OCW 45 CB separates tramp ferrous metal from biomass pellets in a bulk handling terminal…
Read MorePermanent or Electro Overband Magnet Selection
The Overband Magnet is one of the most commonly used magnetic separators. Different designs are used in nearly all process industries and especially in mining, quarrying, recycling, and bulk handling applications. In operation, an Overband Magnet (or Suspension Magnet) sits above a conveyor carrying material. As the material passes under the magnet, ferrous metal is…
Read MoreBunting Secures Major Export Recycling Equipment Order
A large UK recycling plant constructor has ordered one (1) Eddy Current Separator and three (3) ElectroMax Overband Magnets for installation in a major overseas construction and demolition waste management project. “We were thrilled to secure this order at the end of a challenging year,” said Simon Ayling, Bunting’s European Managing Director. The UK-based plant…
Read MoreStronger ElectroMax-Plus Overband Magnet
The design objective of creating a more compact and powerful electromagnetic Overband Magnet led the Bunting engineering team to develop the ElectroMax-Plus. Electro Overband Magnets Electromagnetic Overband Magnets use an oil-cooled or air-cooled wire coil to generate a deep and strong magnetic field. The electromagnetic force radiates from a coil wound around a steel core…
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