Recycled Aluminium
Low-carbon secondary aluminium and casting-alloy ingot from recovered scrap.
Secondary aluminium remelted from recovered scrap into specification casting and wrought alloys — the same performance as primary metal at a fraction of the energy and carbon, with documented chain-of-custody.
Request a sample →| Alloy | Process | Strengths | Typical applications |
|---|---|---|---|
| ADC12 / A383 | Pressure die-cast | High fluidity, good strength, dimensional stability | Automotive parts, housings, electronics enclosures |
| A356 / LM25 | Gravity & low-pressure | Heat-treatable to T6, pressure-tight, tough | Wheels, chassis, structural castings |
| A413 / LM6 | Die & gravity | Eutectic — excellent fluidity, thin walls | Intricate covers, pump bodies, marine parts |
| LM24 / A380 | Pressure die-cast | Robust, general-purpose, good machinability | General engineering, automotive |
| 6060 / 6063 billet | Extrusion (wrought) | Extrudable, anodises well, clean finish | Profiles, frames, façade systems |
~5% of primary energy
Remelting recovered scrap uses up to 95% less energy than smelting primary aluminium from ore, cutting embodied carbon by a similar margin — with no compromise in the finished metal.
Certified, traceable alloy
Every heat is cast to a named alloy or your own specification and verified by chemical analysis, with documented chain-of-custody from scrap intake to ingot.
Is recycled aluminium as good as primary?
Yes. Once remelted and alloyed to specification, secondary aluminium is metallurgically equivalent to primary metal — and aluminium can be recycled indefinitely without losing its properties.
Can you match a specific alloy?
We supply to standard designations (A356, ADC12, LM-series, 6xxx billet) or to your own composition spec, each with a certificate of chemical analysis.
Which forms do you supply?
Foundry ingot, extrusion billet, sows and T-bars, and deox grades — with composition and chain-of-custody documentation on every batch.