Magment
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Magment
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Germany
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MAGMENT magnetizable concretes are based on a cement matrix loaded with magnetizable particles. They can reach high permeabilities opening up a broad range of electromagnetic applications: wireless power transmission, induction cooking and inductive components. One main advantage is full integrability into concrete structures with high robustness and stability to environmental influences.
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2019
11 Apr
Interoperable Magnetizable Concrete Modules For Wireless Charging - An Industrial Perspective
Magment UG, Germany
2018
24 Dec
Inductive wireless upgrade kit
MAGMENT announces the most cost-effective solution to install wireless charging pads by retrofitting existing plug-in charging stations with a concrete on-ground casing and configuring it as a virtual cable, interoperable with pick-up coils compliant with SAE 2954/IEC 61980 standards. Transmission power is up to 22 kW with efficiencies up to 95%.15 Nov
Wireless Charging With Magnetizable Concrete - An Industrial Perspective
MAGMENT UG, Germany
2017
11 May
Magnetizable Concrete Structures For High-Efficient Inductive Dynamic Wireless Power Transfer (DWPT)
MAGMENT UG, Germany
2016
23 Nov
IDTechEx Show! Sees Substantial Growth
Record growth and positive feedback from attendees at America's largest event on emerging technologies.17 Nov
Magnetisable Concrete For Wireless Charging
Magment, Germany
10 Nov
Hundreds of new electric vehicle technologies revealed
IDTechEx Show! on emerging technologies is taking place November 16-17 in Santa Clara California with record attendance and display of electric vehicle technologies of the future. Coverage is exceptionally comprehensive with land, water and airborne electric vehicle technologies in evidence.5 Oct
EVES Launchpad: Electric Vehicles Launch at the IDTechEx Show!
Electric Vehicle and Energy Storage (EVES) start-ups exhibit in Santa Clara.29 Jul
Magment
Magment is a German start-up that produces magnetisable concrete and asphalt that can be used to enable low-cost wireless charging of electric buses and autonomous vehicles.
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