Social Responsibility

Supaloc® is committed to leading the steel framing industry into the future. In creating our products and systems, we seek to set standards of excellence and to define new benchmarks. Supaloc® is dedicated to reducing waste and enriching our wider communities.

Treading Lightly on the Earth

Supaloc® steel framing is made from TRUECORE® steel and delivers a range of environmental benefits, both immediate and long term. The relative light weight of steel house framing, combined with its design versatility and flexibility, means a steel-framed house can be built with minimal site impact. Quite literally, it ‘touches the earth lightly'. This is especially apparent on sloping and difficult sites where it can be used in conjunction with suspended flooring systems, reducing the need to cut into the site and thus leaving a much smaller imprint. And because steel frames are fabricated off-site to exact specifications, there is minimal cutting and wastage onsite - making for a cleaner building environment.

A recyclable material

Steel is one of the most recycled materials on the planet. Not only is TRUECORE® steel 100 per cent recyclable, it is made with a component of recycled steel.

In partnership with the Childhood Cancer Association

Supaloc® endorses the work of the Childhood Cancer Association, and seeks to support this outstanding charity at every opportunity. Elliot, their charming ambassador and friend to children living with cancer, is one of the ways in which Supaloc® works with the community in partnership. To find out more about opportunities to support Elliot's good work, click here.
Childhood Cancer Association Logo

 

Our Steel Frames

 
All riveted fixings are provided within a recessed dimple. This increases the shear strength of the connection and will not allow members to separate.
Read More
 
Multiple truss types provide flexibility in design and other unique features.
Read More
 
A patented bracket for truss to truss connection. It ensures strength, alignment & integrity in the roof structure.
Read More