Magnetics/Assemblies

Multi-Alloy Magnet from LG Innotek Rivals HRE Magnets, Next Step Seeks to Eliminate Even Light Rare Earths   

Bolstered by its development of a high-performance magnet without any heavy rare earth (HRE) metals,

LG Innotek is zeroing in its R&D sights on what it sees as the next step in the advancement of eco-friendly magnets – development of a commercially viable magnet devoid of any rare earths that is comparable in performance to those based on rare earth elements. It’s a technology development path which the company has been pursuing relentlessly and has generated a string of progressive breakthroughs in recent years. […]

Materials/Manufacturing

Aclara Resources Building Vertically Integrated Mines-to-Magnets Enterprise in the Americas 

Aclara Resources is set for a transformative year with several key milestones on the horizon, says CEO Ramon Barua, who recently updated Magnetics Magazine on the status of the company’s projects. The developing operations span multiple countries in the Americas including Brazil, Peru, Canada and the United States as it forges a fully integrated mines to magnets business that is decidedly devoid of China.
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News

Market Report: How Magnets Are Reshaping Rare Earth Supply, Demand, and Recovery

The EU, USA, Japan, and numerous other regions identify rare earth elements as critical materials due to growing supply risks and their increasing economic importance in the green transition. Although critical rare earth elements have diverse technology applications – including in lighting, catalysis, and batteries – permanent magnets have become central to rare earth supply and demand challenge […]

Materials/Manufacturing

Lynas Malaysia to Produce Separated Heavy Rare Earths

Lynas Rare Earths Ltd is pleased to announce that Lynas Malaysia is targeting first production of two separated Heavy Rare Earths products in the 2025 calendar year. A new process will produce separated Dysprosium (Dy) and Terbium (Tb) at Lynas Malaysia for the first time and will complement Lynas’ existing Light Rare Earths product range. […]

e-Power Technology

Researchers at Aichi Steel & Tohoku University Design Lighter, Smaller e-Axle 

Using its molded MagFine alloy, Aichi Steel reports that it has developed in collaboration with Tohoku University an experimental e-axle that is 40% lighter and smaller than conventional designs. It combines a newly developed compact high-speed reducer with a compact and lightweight 34,000 rpm motor. For the first time, says the company, it has succeeded in proofing the technology of a high-speed, high-reduction next-generation electric axle with high-speed rotation and high deceleration that contributes to weight reduction. […]