Recycled rebar

Scrap in. Rebar out. Australian both ways.

Reinforcing bar is the second-largest home for recycled steel on earth, and Australia's rebar is already made from scrap in electric arc furnaces. The missing piece is a documented, consistent, locally processed scrap supply. That is what Recycled is built to be.

The loop

Five steps, all of them in Australia

01Scrap steelmattress spring steel, demolition, manufacturing, councils
02Processed locallycleaned, sorted, baled to a defined spec in Victoria
03Australian EAF millmelted in an electric arc furnace running on scrap
04Recycled rebarrolled, cut and bent for the job
05Australian constructioninto the buildings and infrastructure that take 52% of all steel

Australia's reinforcing bar, mesh rod and merchant bar are produced in electric arc furnaces that run on scrap steel, with mills in Victoria and New South Wales (InfraBuild). Recycled’s role is steps 01 and 02: recovering the scrap and processing it to a specification a mill can use. Steps 03 to 05 describe how the industry works, not a current Recycled contract.

The carbon case

Less than a third of the carbon

The World Steel Association's 2023 figures put blast-furnace steel at 2.32 tonnes of CO₂ per tonne of crude steel and scrap-based electric arc furnace steel at 0.70. The difference is the scrap. Every tonne of clean scrap that reaches an EAF is a tonne that did not need to be made from iron ore and coal.

Blast furnace (BF-BOF)2.32 tt CO₂ per t crude steel, 2023 global average
Global average, all routes1.92 tincludes DRI-EAF and scrap-EAF
Scrap electric arc furnace0.70 tthe route Australia's rebar takes

Source: World Steel Association, Sustainability Indicators 2024 report (2023 data). Figures are industry averages, not a specific mill's.

A bundle of reinforcing bar
The furnace decides the carbon. The scrap decides the furnace.
Stacked bales of processed spring steel
Mill-ready: baled spring steel

What a mill gets from us

A single-grade feedstock with a paper trail

  • One grade. Processed high-tensile spring steel, around 99% ferrous, around 99% free of fabric and foam. The same product every load, from one process.
  • Volume you can schedule. 6–10 t a day, 130–250 t a month, year-round.
  • Form to suit the charge. Loose for buyers with their own shredding; dense bales for buyers who want counted, stackable loads.
  • Origin on paper. Every load ships with its statement: source stream, process, weighed output, bale count.
  • Close to the mill. Our plant to Victoria's EAF mill at Laverton is a short freight leg, not a shipping route.

For builders and specifiers

Recycled content you can point to

Green building rating tools reward steel with documented recycled content and responsible sourcing. A rebar supply chain that starts with weighed, documented Australian scrap gives a project something to show, not a percentage on a brochure.

01

Documented scrap

Every tonne of feedstock from Recycled has a load statement: where it came from, how it was processed, what it weighed.

02

EAF steelmaking

Scrap-based EAF steel carries the lowest carbon of the mainstream routes: 0.70 t CO₂ per tonne against 2.32 for blast furnace (worldsteel, 2023).

03

Australian both ways

Recovered here, processed here, melted here, built with here. No export leg, no import leg.

Rating-tool credits depend on the mill's certifications and Environmental Product Declarations, not on Recycled alone. We supply the scrap side of that evidence.

Where this goes

Our metal → recycled products

We do not need to own a mill to close the loop. Aggregate and process scrap to a defined specification, partner with a steelmaker, and (as volumes allow) market a range of products made from the resulting recycled steel. Rebar first, because it is the biggest and it is already Australian-made.

Mills, rollers, fabricators, builders

If you make, specify or buy reinforcing steel and want a documented Australian scrap supply behind it, talk to us.