Capabilities for research into the design and production of future e-motors have been expanded at the University of Sheffield’s Advanced Manufacturing Research Centre with the delivery from Winding Technology Ltd of a new linear winding […]
Arnold Magnetic Technologies, a global manufacturer of high-performance magnets and more for mission critical applications, has announced its partnership with Cyclic Materials, a pioneer in developing more sustainable domestic supply chains for rare earth elements. […]
Creating a Circular Supply Chain for Rare Earth Elements and Critical Materials
Cyclic Materials, a Canadian advanced metals recycling company focused on producing critical materials, today announced it has raised $27 million in an oversubscribed Series A financing. The money is flowing in quickly after accomplishing its first production run of rare earth magnetic material and forging a string of partnerships with magnetics industry notables. These include chemicals giant Solvay which is planning to build a major rare earths magnet operation in Europe, and Arnold Magnetic Technologies (see related article), among others. […]
Belgian based global semiconductor developer, Melexis has recently introduced its Current Sensor Simulator, an easy-to-use web application for rapidly selecting sensors from the company’s IMC-Hall portfolio. This interactive tool significantly accelerates the design process, enabling […]
At new laboratories in the United Arab Emirates and in Brazil, global specialty chemicals company Clariant aims to develop improved solutions for processing decarbonization minerals and mines tailings. Rare earths for magnets and magnetic separations are important aspects of the new competence centers. Among the company’s core chemical products are catalysts and adsorbents used in fuel cells and hydrogen production. […]
HRL Laboratories, LLC, has begun work on the surface laser architected magnets (SLAM) project to improve magnets within electric vehicle motors, a new Advanced Research Projects Agency-Energy (ARPA-E)- funded effort. […]
Whether the power source is battery or fuel cell, the efficiency and performance of motors are crucial in electromobility. Critical factors in their design and production include stability of the lamination stacks of electrical steel and their impermeability to cooling fluid. Feintool says that its glulock Multiple Dots bonding process promises tight and stable electric motors, even in the high-temperature range prevalent in today’s e-motors. Based in Switzerland, the company develops machinery and processes for both the production of motor laminations as well as fineblanking of bipolar plates for fuel cells. […]
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