Near-zero carbon manufacturing
Close to 100% electric processing using Australia's renewable electricity supply creates an exceptionally low-emissions manufacturing pathway.
ASRX aggregates and processes metal recovered from end-of-life renewable energy assets and other post-consumer streams from across Australia, refabricating them into premium finished material — carefully traced from source to product.
Close to 100% electric processing using Australia's renewable electricity supply creates an exceptionally low-emissions manufacturing pathway.
Material sorting, verification, refining and manufacturing processes are designed to preserve material quality, conductivity and product performance.
Our materials' journey is documented from recovered feedstock through every stage of processing and manufacture to the finished product, giving complete chain-of-custody visibility.
Domestic recovery and manufacturing reduce exposure to sensitive global supply chains, their accompanying availability constraints and price volatility.
ASRX is developing a traceability system that records material origin, chain of custody, composition, processing and finished-product certification.
Traceability evidence supports manufacturers and developers with responsible sourcing requirements, embodied-carbon reporting, project and tender submissions, customer and investor disclosures, supply-chain risk management and circular economy claims.
Recovered material
Verified composition
Controlled processing
Certified product
Customer evidence
Verified provenance is built into every ASRX product, giving customers stronger evidence for responsible-sourcing, carbon and circularity claims.
ASRX is engaging with manufacturers, infrastructure developers and energy asset developers to validate product formats, technical requirements, qualification pathways and future demand.
Early engagement may include:
01
Material performance and conductivity requirements.
02
Extrusion profiles, copper plate dimensions and sheet formats.
03
Target volumes and delivery timing.
04
Testing and certification requirements.
05
Customer qualification trials.
06
Preliminary offtake and product-development opportunities.
Aluminium extrusions for structural frames, equipment infrastructure and heat-sink applications, alongside copper sheet and strip for selected electrical, power-distribution and thermal-management applications.
Aluminium extrusions and fabricated components for battery energy storage system (BESS) enclosures and electrical infrastructure, with copper sheet, busbars and plates supporting electrical systems, earthing and grounding applications.
Structural aluminium products for rail, buses, electric vehicles, heavy road transport and trailers, supporting lightweighting, durability and lower-carbon manufacturing.
Aluminium extrusions for ferries, marine structures, pontoons and defence-support systems, alongside copper products for electrical systems, specialised components and defence applications including munition casings.
Structural aluminium extrusions for industrial walkways, access systems, scaffolding and engineered infrastructure, complemented by copper sheet for architectural cladding, façades, roofing and other premium building applications.
High-specification aluminium extrusions for electronics, medical technology, aerospace and other technically demanding applications, together with thin copper sheet and strip for electronics components requiring conductivity, consistency and precision.