Magnaclad steel-frame buildings are constructed from light-gauge steel profiles manufactured using a roll-forming machine that is controlled with sophisticated computer-aided design software. This is the only technology that integrates the design and manufacture of a complete building, thereby fast-tracking many of the processes associated with traditional construction techniques.

Proven technology

Steel-frame construction developed from traditional timber-frame mehthods that have been used around the world for centuries. Since the 1970s, steel-frame technology has been used extensively in New Zealand, Australia and the United States. Superior energy-efficiency and environmental performance are driving the rapid adoption of this technology in countries with cold climates, such as Scotland, Ireland and Canada. Light steel-frame construction allows architects to deliver high quality, energy-efficient buildings in extreme climates across Africa.

Consistent quality

Light steel-frame technology allows you to use the world’s most advanced building materials manufactured to international standards. Consistent material quality ensures that every building meets your performance specifications, regardless of local conditions.

Energy-efficient

High performance materials provide superior thermal insulation, so buildings are more comfortable and require less electricity for heating and cooling. The result is reduced running costs and less capital investment in power generation.

Low environmental impact

Almost 50% of all steel is produced in electric plants that use recycled scrap metal and generate no CO2 emissions. Steel-frame constructrion is ideal for environmentally sensitive sites where conventional building methods cannot be used. A steel-frame building is easily dismantled and all materials can be re-used.

Rapid construction

A single 3-bedroom home can be completed in six weeks. With optimal resource allocation or larger projects, throughput of one house per 8-hour shift can be achieved using a single frame profiling machine. This is the only technology with the capacity to execute large projects in remote locations.

Cost-effective

A typical steel-frame building weighs only 250kg/m2, making it feasible to ship materials to a remote site rather than sourcing poor quality local materials at inflated prices.

Faultless execution

Automated manufacturing of the steel frame ensures that each structure is built exactly as planned. Modifications can be implemented instantly on site or remotely from the design office.

Local labour

Traditional skilled trades are not required, and very little physical strength is needed to handle the lightweight building components. Local workers can easily be trained to assemble buildings using simple hand tools. It is therefore possible to employ women and young adults from local communities on construction projects.

Low maintenance

Steel-frame buildings can withstand temperature extremes, cyclones, termites and bush fires. Cladding and insulation materials are non-toxic, water-resistant, non-flammable and insect-proof, and do not feed mold or mildew. The panel design eliminates condensation build-up, ensuring that materials retain their integrity.

Design flexibility

The construction technology imposes no limitations on what can be achieved at a remote site. Steel-frame buildings can be designed in virtually any style and for any application — from a guard-house or a small accommodation unit to a large family home or a multi-storey commercial building. Steel-frame panels can also be used with hot-rolled steel sections.

Secure investment

Light steel-frame construction combines the benefits of precision-manufactured materials and site-built structures. Unlike prefabricated buildings, site-built steel-frame buildings retain their value over the long term, because they look like conventional structures and offer superior performance.