Expands Capabilities to Offer Complete System of Engineered Solutions to Combined Customer Base ROCHESTER, NY – March 2, 2021 – Arnold Magnetic Technologies Corporation (“Arnold”), a subsidiary of Compass Diversified […]
Design Considerations for Improved Efficiency and Power Density This webinar reviews advantages and disadvantages of motor topologies such as permanent magnet, induction, and switched reluctance. Learn which advanced material technologies […]
Thin Molypermalloy Applications for Electromagnetic Shielding Applications Download new tech note to learn more about Molypermalloy and how it’s high magnetic permeability makes it well suited for electromagnetic shielding. Download […]
Arnold’s newest tech talk is now available on-demand, highlighting new technologies that are emerging to meet the demands of the aerospace and other high tech industries as they evolve toward […]
Join us January 19th & 20th for the Magnetics Virtual Conference, co-located with the Motor & Drive Virtual Conference. This leading global event is focused on the latest economic developments […]
This webinar highlights how flexible composite sheeting solves EM and RF interference issues. As power electronics and controls become more sophisticated, there is a need to shield these devices from […]
The Aviators Season 8 Arnold has teamed up with The Aviators to discuss the many electric motor components on today’s aircraft, and the global effort to develop hybrid and fully […]
We weren’t able to get together in Berlin with our industry colleagues and customers for CWEIME, but you don’t have to miss the presentation we had prepared for the event. […]
Rare Earth Magnets for High Temperatures. Download new whitepaper to learn about Arnold’s Recoma HT materials for high temperature applications and cases where radiation resistance is required. Download Recoma HT […]
In response to the global Coronavirus situation: March 23, 2020 As a supplier of products produced from raw materials refined and processed worldwide, the Arnold Team is closely following each […]
