Recovering Metal with Bunting at IFAT 2022

By Paul Fears | 26 April 2022

Advanced separation technology enabling enhanced metal recovery is the focus of Bunting’s stand B6-452 at IFAT 2022 (Messe Munchen, Germany, May 30 – June 3).  Technology, such as the patented SSSC Stainless Steel Separator, uses ultra-high magnetic fields to recover metals previously lost to waste.  The new ElectroStatic Separator segregates conductive metals using electrostatic charges.  Both technologies form a sequence of separators that maximize the separation of metals for recovery or removal from secondary materials.

Separating stainless steel from shredded UPVC window frames

The Bunting team at IFAT includes Dirk Mylich (European Recycling Product Manager), Christopher Gabriel (European Sales Manager), Stefano Maiaroli (Sales Area Manager – Southern Europe), and Marcel Graef from 3SMI GmbH (Bunting’s newly appointed agent in Germany, Austria and Switzerland).  With multi-linguistic skills, the team is looking forward to assisting companies located across Europe.

Separation Technology Development

A successful recycling process relies on effective metal separation, whether for recovery or when cleansing materials such as plastic waste.  Bunting’s diverse range of metal separators meets the separation demands in many different applications.

The ElectroMax Overband Magnet, displayed on the stand at IFAT, fulfils the industry’s requirement for a strong and lightweight electromagnetic alternative to traditional permanent Overband Magnets.  ElectroMax installations include mobile plant, high-volume household waste recycling plants, and secondary metal recycling operations.

The development of the ElectroStatic Separator enables Bunting to provide a total metal separation solution.  The ElectroStatic Separator focuses on the separation of small conductive metals from non-conductive materials as found when recycling wire, plastic, and metals.

Recovering Metal with Bunting at IFAT 2022
ElectroStatic Separator

Typically, the ElectroStatic Separator is located after several stages of metal separation.  This starts with a high-intensity Drum Magnet removing smaller ferrous metals prior to the recovery of non-ferrous metals on one of Bunting’s range of Eddy Current Separators.

The remaining material passes over an SSSC or HISC Magnetic Separator, which separates stainless-steel and very weakly magnetic materials, including printed circuit boards.  This leaves a mix of material, including valuable fine metal, recovered using the ElectroStatic Separator.

Controlled Tests Prove Capabilities

On the stand at IFAT, Bunting’s experienced team aim to assist recycling companies and solve metal separation problems.  Many projects will involve the testing of material at Bunting’s recently expanded Customer Experience Centre in the UK.  Tests on equipment including the ElectroStatic Separator, Eddy Current Separator, and Stainless Steel Separators determine the separation efficiency in terms of recovery and purity.

“Our aim at IFAT is to help recycling companies solve metal separation problems,” explained Adrian Coleman, the General Manager of Bunting-Redditch.  “Our European mainland based team at IFAT has decades of experience in the recycling industry, as well as fully understanding the capabilities of our extensive range of metal separators.”

Related Recycling Articles

For further information on Magnetic Separators, Eddy Current Separators, and ElectroStatic Separators for metal separation in recycling applications or to discuss a specific project including undertaking tests in our Customer Experience Centre, please contact our technical sales team on:

Email: Gordon Kerr at GKerr@buntingmagnetics.com

Via the website

Telephone:  +44 (0) 1527 65858

Photographs and video taken by Paul Fears Photography

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