Bunting Supports Brazilian University Understand Shape Anisotropy and Magnetic Texture

Bunting is supporting an international study into shape anisotropy and magnetic texture determination in anisotropic and isotropic AlNiCo magnets.  The research project is being undertaken by Professor Marcos Flavio de Campos, Leonardo Martins da Silva and José Adilson de Castro of the Federal Fluminense University, along with Dr Sergio Antonio Romero of the University of…

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Understanding Magnetic Permeance Coefficient

Firstly, it is important to understand that the maximum working temperature of a NdFeB magnet is not defined by the material grade! It is essential to calculate the magnetic permeance coefficient to establish what grade of material you need. The two examples compare the same magnet but with different thicknesses, one at 30mm and one at…

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A Review of REPM 2023

Matthew Swallow with Masato Sagawa

Matthew Swallow, our Technical Product Manager and the Chair of the UK Magnetics Society, reports on REPM 2023, the 27th international workshop on rare earth and future permanent magnets and their applications (3-7 September, University of Birmingham, UK). REPM is a biennial academic conference held and run by a hosting university or institution with the…

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Bunting Sponsors REPM 2023

Bunting's Magnetic Rollercoaster Brake

Bunting has signed up as a gold sponsor of REPM 2023, the 27th international workshop on rare earth and future permanent magnets and their applications (3-7 September, University of Birmingham, UK).  The biennial workshop is co-organised by SUSMAGPRO partner University of Birmingham and brings together scientists and engineers working on rare-earth permanent magnets and their…

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34th Ewing Event: The Road to Fusion

UK Magnetics Society Ewing Event 2022

Matthew Swallow, Bunting’s Technical Products Manager and Vice Chair of the UK Magnetics Society, reports on the society’s 34th Ewing Event held at the University of York in the UK in December 2022 and sponsored by Bunting. The 2022 Ewing Event was entitled ‘The Road to Fusion’ and looked at the magnetic technologies involved in…

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Stray Magnetic Fields and Safety

Stray Magnetic Fields and Safety

Bunting is at the heart of the electrification program of the world’s vehicles.  By producing magnetising systems that allow for genuinely error-free assembly and providing 100% inline testing, Bunting supports automotive and aerospace programmes looking to create new modes of travel and improve efficiency.  Bunting is proud to support this sustainable engineering activity to provide…

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AlNiCo Magnets and Music Revolution

AlNiCo Magnets and Music Revolution

AlNiCo pickup magnets played a huge part in the development of modern electric guitar sounds.  Guitar manufacturers and musicians discovered that even on the same guitar, switching out different AlNiCo alloys resulted in drastically different musical tones.  Indeed, the use of certain AlNiCo pickups is responsible for the signature sounds associated with 50s and 60s…

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The History of Neodymium Magnets

History of Neodymium Magnets banner

The origin of the neodymium magnets dates back to 1885 when Carl Auer von Welsbach, an Austrian scientist and inventor, separated didymium into the new separate elements neodidymium (“new didymium”) and praseodidymium (“green didymium”).  In time, the element names would change to neodymium and praseodymium. Neodymium (Nd) is the fourth member of the lanthanide ‘rare-earth…

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Magnets and the Curie Temperature

Curie Temperature

The term “Curie temperature (Tc)” or “Curie point” gets frequently mentioned when discussing magnets and magnetic properties.  The Curie temperature relates to the maximum temperature a material can reach before losing its magnetic properties.  On reaching a magnetic material’s Curie temperature, the spontaneous magnetisation in the material drops to zero.  At this point, the material…

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Everlube Coating Protects Neodymium Magnets

Everlube Coated Magnets from Bunting

The new Everlube anti-corrosion magnet coating combats the increasingly arduous working environments for magnets and magnetic components.  The Everlube coating prevents oxidation and deterioration of high-powered permanent neodymium rare earth magnets. The Everlube coating was originally developed as a brand of dry film lubricant products specifically designed to enhance and improve the performance of critical…

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