Home / Products / Reinforcing Bar / Footing Cages

Footing Cages

Footing Cages

Footing Cages supplied by InfraBuild Reinforcing increase the speed of installation for various footing applications. Available in Class L wire, footing cages are available in depths of 200 mm, 300 mm and 400 mm.

Typical Uses

  • Footing Cages provide reinforcing for various concrete strip footing applications

Features

  • Increase the speed of installation for various footing applications

Relevant Standards

  • AS/NZS 4671 Steel for the reinforcement of concrete
  • AS 2870 Residential slabs and footings construction

To find out more about the range footing cages stocked at your local InfraBuild Reinforcing please contact your nearest branch.

How we're making an impact.

Tube Icon2

Circular steel manufacturing

We recycle scrap steel and transform it into new steel products through a continuous circular process. Keeping materials in use reduces waste and supports resource efficiency.

EAF Icon

Renewable energy transition

We're increasing the use of renewable electricity across our operations as part of our decarbonisation pathway. This helps reduce emissions associated with steel production.

People Icon

Lower embodied carbon solutions

Innovations such as SENSE 600® help customers reduce material use while maintaining structural performance. Less steel can mean lower embodied carbon outcomes.

Sites

Local manufacturing

Manufacturing steel in Australia strengthens sovereign capability, reduces supply chain complexity and supports local jobs and communities.

1.4M tonnes

of scrap steel recycled annually

77%

fewer greenhouse gas emissions from electric arc furnace steelmaking compared with traditional blast furnace steelmaking*

SENSE Solutions

Building more sustainably starts with making better use of materials.

SENSE Solutions® combines five capabilities to help customers build more with less: products, engineering expertise, digital tools, productivity intelligence and verified sustainability data. Together, they can reduce material use and embodied carbon, improve construction productivity and lower overall project costs.