Engineered magnesium alloys for the electrification era.
Introducing
Lightweight, without compromise
The MgCarbonit™ family of alloys set a new benchmark for castability, strength, and safety – developed to unlock the next generation of products in mobility, aviation, and autonomy.
The integration of carbon nanoparticles inline with our patented thixomolding process yields a flame retardant, high-strength, and ductile metal-matrix composite alloy that is compatible with high-speed, high-yield manufacturing.
Flame Retardant
3rd party tested to FAA & EASA requirements.
High Castability
Used by the world’s largest thixo-presses.
Scalable
Aerospace performance. Automotive economics.
Unlock new capabilities in electric mobility.
MgCarbonit™ alloys are 33% lighter than castable aluminum alloys like Silafont 36 and A380, with a 25% higher strength-to-weight ratio.
GO FARTHER.
CARRY MORE PASSENGERS.
MOVE MORE CARGO.
2 ultra-lightweight alloys
unlock performance goals
UTS: 260 Mpa
Elongation: 5%
UTS: 220 Mpa
Elongation: 10%
Enhanced Safety ready for high-volume manufacturing.
MgCarbonit™ is supplied in chip format.
Because it is inherently flame retardant, it is safer to transport, store, and process than other commodity magnesium alloys.
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MgCarbonit™ alloy series can be licensed from Core12 for use globally.
Precursor alloy chips, carbon nanoparticles & mixing equipment will be available domestically in USA & EU.
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Magnesium is the only light metal with a path to carbon neutrality.
MgCarbonit™ scrap is fully recyclable at every stage of its lifecycle.
Managing Directors
Christian Platzer
Dustin Grace
Arne Amman
