News
Magment Team Publishes New White Paper on Magnetizable Concrete Advancements
Magment team has officially released a new white paper titled “Magnetizable Concrete – Closing the Gap to Ferrites”, presenting the company’s latest research and technological progress in high-power, high-frequency magnetic materials. The publication outlines how magnetizable concrete (MC) has evolved
Magment Develops Advanced High-Frequency Magnetic Loss Measurement and Predictive Modeling Platform
Magment GmbH has developed an advanced high-frequency magnetic loss measurement system designed to improve the characterization, validation, and quality control of magnetic materials for next-generation power electronics applications. The newly developed platform combines a high-power, high-frequency amplifier with a precision
Uniform Magnetic Properties from Lab Scale to Megawatt Systems
A persistent challenge in magnetic materials engineering is maintaining consistent properties when transitioning from laboratory samples to full-scale systems. Typically, geometric scaling introduces deviations in permeability, losses, and overall magnetic behavior. Magment has addressed this limitation. Our proprietary magnetic concrete
Magment Achieves 10× Industrial Scale-Up of MC60® with Significant Performance Improvements
Magment GmbH has successfully completed the industrial-scale production (10× scale-up) of its proprietary magnetizable concrete material MC60®, achieving not only increased production capacity but also measurable improvements in magnetic performance. At operating conditions of 25 kHz and 25°C, the industrial-scale
MagPower™ SST: Reducing Semiconductor Dependency to Unlock Scalable Grid Transformation
Solid-State Transformers (SSTs) are widely recognized as a key enabler of next-generation grids, renewable integration, EV infrastructure, and data center power systems. However, most existing SST concepts face a critical barrier: excessive semiconductor count and architectural complexity. High semiconductor usage
Solid-State Transformers and Wireless Power: Building the Backbone of Future Electrified Infrastructure
The global energy system is entering a decisive phase of transformation. Rapid electrification of transport, industry, and urban infrastructure is driving unprecedented growth in electricity demand, while simultaneously increasing pressure on aging distribution grids. To meet these challenges, next-generation power
