Electro Magnetic Filter
Nine High-Intensity Electromagnetic Filters for European Ceramics Producer
A major European producer of luxury ceramic sanitaryware has ordered nine (9) high-intensity Electromagnetic Wet Filters from Bunting Magnetics. The Electromagnetic Wet Filters are destined for plants across Europe including Poland, Portugal, and the Ukraine. Electromagnetic Wet Filters have ultra-high-intensity, background magnetic fields (from 3,500 up to 10,000 Gauss) to separate fine iron and paramagnetic…
Read MoreBunting Speaking at UK Mining Conference
Bunting Magnetics’ Applications Engineer, Michael Allen, is explaining the important role of magnetic separation in mining and mineral processing at the UK Mining Conference in Cornwall (11-12 June 2025, Falmouth, UK). The two-day conference brings together professionals from the global mining and mineral processing community. Valuable Mineral Processing Experience At the conference, Michael is joined…
Read MoreMagnetic Separation in Mining and Mineral Processing
Magnetic separators are commonplace in most mining and mineral processing operations. However, the term ‘magnetic separator’ encompasses a diverse range of specialist separation equipment with the ability to separate widely different materials such as large tramp metal and paramagnetic minerals. Magnetic separators for the mining and mineral processing sectors are broadly differentiated into two ranges. …
Read MoreBunting Develops High-Intensity Electromagnetic Wet Filter
Bunting has developed a new Electromagnetic Wet Filter with an ultra-high-intensity, background magnetic field (from 3,500 up to 10,000 Gauss). The magnetic separation technology separates fine iron and paramagnetic minerals from liquids and slurries and is used in the ceramics, mineral processing, and recycling industries, as well as cleaning wastewater in steel production and power…
Read MoreHigh-Intensity Magnetic Separation at Ceramitec 2024
High-intensity magnetic separators reduce rejects, rework, and increase ceramic whiteness. On Bunting’s stand A6 323D at Ceramitec 2024 (9-12 April, Munich, Germany), ceramic engineers and ceramic mineral processors can find out about the latest high-intensity magnetic separation technology for both wet and dry processes. Keeping Ceramic Glazes, Slips and Bodies Free of Magnetics Fine iron…
Read MoreHigh Intensity Magnetic Separation at XVIII ECerS
The XVIIIth Conference of the European Ceramic Society takes place in Lyon, on 2-6 July 2023. On stand 19, Bunting is highlighting the necessity of using high-intensity magnetic separators to remove iron, iron-bearing and paramagnetic minerals to reduce defect rates and improve surface brightness. Paramagnetic Minerals and Fine Iron Contamination Materials used in the manufacture…
Read MoreBunting-Redditch 2022 Review
After a very optimistic start to 2022, the year presented the world with new challenges to overcome. Two years of negotiating the choppy waters of a pandemic was replaced by rising energy prices, material shortages and price rises, and increased interest rates; all sparked by the globally-condemned invasion of the Ukraine by Russia. Despite the…
Read MoreElectro Magnetic Filter for European Ceramics Producer
A leading German ceramic manufacturer is cleaning ceramic glaze with a high-intensity Electro Magnetic Filter designed and manufactured by Bunting. The successful removal of fine magnetics reduces finished product rejects and increases surface brightness. High-Intensity Electro Magnetic Filters The Electro Magnetic Filter provides one of the most effective methods of removing problematic fine iron and…
Read MoreHigh-Intensity Magnetic Separators at Ceramitec
High-intensity magnetic separators play a key role in the manufacture of ceramics and the processing of ceramic raw materials, as highlighted at Ceramitec 2022 on Bunting’s stand (on stand C1:511). Keeping Ceramics Iron-Free Fine iron and magnetic minerals cause defects in any ceramic product, whether that is tableware, sanitaryware, tiles or technical ceramics. The iron…
Read MoreElectromagnetic Filters for Ceramics
Since the first ceramics were produced, iron and iron-bearing minerals have caused defects. The problematic minerals occur naturally in the raw materials, with additional fine iron accidentally introduced during transportation, storage or processing. Effective removal often involves several stages of magnetic separation. However, the introduction of High-Intensity Electromagnetic Filters proved ground-breaking in terms of removing…
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