Copper

Our alloy and component design platforms can explore the full potential of copper and its alloys for additive manufacturing and wrought processing applications

Using our suite of technologies, we are helping our customers to explore copper alloys for various industrial applications ranging from next generation wrought copper alloys for electronic packaging to heat exchangers and rocket engine liners produced by AM. We are happy to address your next technical challenge for energy efficiency with our copper design capabilities, shortening alloy/component development timelines from years to months to well position your technological readiness.

For further information of our capabilities, please contact us.

Our Capabilities

Alloyed has extensive experience in developing optimised aluminium alloys and aluminium metal matrix composites using the ABD® platform. Our platform incorporates hundreds of metallurgical models applicable to aluminium systems, which allows for prediction and optimisation of both alloy performance and cost for a wide range of potential compositions. 

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Post-processing requirements can also be accommodated, including heat treatment optimization for new or existing alloys. This process can be achieved in weeks rather than years and the aluminium alloys can be tailored specifically for the manufacturing process — whether that is casting, forming or AM. Our computational platform is backed by state-of-the-art experimental facilities which allow us to fabricate, process and evaluate any aluminium at lab-scale, which is a crucial step in the development and validation of our computational models.

Our Capabilities

Alloyed has extensive experience in developing optimised aluminium alloys and aluminium metal matrix composites using the ABD® platform. Our platform incorporates hundreds of metallurgical models applicable to aluminium systems, which allows for prediction and optimisation of both alloy performance and cost for a wide range of potential compositions. 

More

Post-processing requirements can also be accommodated, including heat treatment optimization for new or existing alloys. This process can be achieved in weeks rather than years and the aluminium alloys can be tailored specifically for the manufacturing process — whether that is casting, forming or AM. Our computational platform is backed by state-of-the-art experimental facilities which allow us to fabricate, process and evaluate any aluminium at lab-scale, which is a crucial step in the development and validation of our computational models.
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