Your global partner
for Chromium Metal
and Metal Powders
Your global partner for Chromium Metal and Metal Powders
Materials for exceptional performance
For more than 80 years, AMG Chrome Limited has earned a trusted reputation for reliable manufacture and delivery of specialty metals, alloys and materials anywhere in the world.
AMG is committed to achieving the highest standards of safety and environmental conduct at all of its manufacturing facilities and producing materials that help our customers to minimize negative environmental impact.
High Purity Degassed Chrome
Chrome Metal
Our chrome metal is empowering the transition to nuclear and other sustainable energies.
Powders
High Purity Degassed Chrome
AMG Chrome’s high purity and ultra-high purity degassed briquettes are helping to cut CO2 emissions in next-generation commercial and passenger aircraft.
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Chrome Metal
Our chrome metal is empowering the transition to nuclear and other sustainable energies.
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Powders
AMG powder products are providing welding solutions to the renewable energy industry.
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Ferro & Master Alloys
AMG’s ferro alloy products support innovative casting methods for complex component manufacture
Alumina
of Ni-based superalloys for the aerospace industry
Engine Support Pylon
Must be resistant to corrosion, fatigue and a wide range of temperatures during flight
Engine Casing
Front-to-back protection for every critical component
Exhaust
Components must be able to withstand temperatures around 600 °C
Turbine Blades
The superalloy has to be able to perform at temperatures well above 1,000 °C
Discs
Resistance to fatigue and creep under pressure and high speed rotation are essential
Shaft
Performance required at range of temperatures in both hot and cold engine zones
Auxiliary Power Unit
Back up power unit requiring all the key performance characteristics of the main engine
Engine
Engine, engine casing and multiple parts
Landing Gear
Components for strength
Chromium metal is a key ingredient in the manufacture of Ni-based superalloys for the aerospace industry
Exhaust
Components must be able to withstand temperatures around 600 °C
Engine Support Pylon
Must be resistant to corrosion, fatigue and a wide range of temperatures during flight