Yes, the steel-frame manufacturing process ensures exceptional precision. Unlike wood, the product has no natural variation, delivering superior consistency and accuracy every time. The pre-assembled components are delivered in sequence, further improving on-site efficiency!

Steel components are inherently straight and dimensionally accurate, so there is no need for on-site modifications, saving time and reducing waste. These attributes also result in stronger, more durable connections, reducing problems with shrinkage, cracking plaster, or popping nails.

Steel framing generates significantly less waste than timber construction. Timber framing typically results in approximate wastage of 20% waste, while steel waste is closer to 2%. The overall waste reduction contributes to substantial cost savings and minimises the need for additional disposal services.

Steel is 100% recyclable, unlike treated timber, which contains chemicals. All steel off-cuts from the manufacturing process are recycled, and the material can be recycled indefinitely without compromising its structural integrity or performance. Additionally, the lighter weight of light gauge steel reduces transportation costs and environmental impact. These factors, combined with less site wastage, make it a more sustainable option.

Yes, steel is generally a healthier option. Timber can retain residual water content of 10-18%, leading to mould and wood rot development over time, even with preventative treatments. Steel, being non-absorbent, does not support mould growth, contributing to a healthier indoor environment. Steel also offers superior condensation performance, potentially reducing the need for dehumidifiers and saving time on construction.

Steel framing offers superior strength compared to timber. Light gauge steel is significantly lighter than timber. Timber frames are approximately three times heavier than their steel counterparts. Despite its lighter weight, steel provides the highest strength-to-weight ratio of any framing material. It is exceptionally resilient, meeting stringent seismic and wind load requirements.

While steel and timber are often similarly priced, steel offers several cost advantages. The efficiency of steel construction leads to reduced labor costs, fewer rework requirements, and minimised waste, all of which contribute to lower overall costs. Additionally, steel framing promotes a safer construction site with fewer trip hazards, potentially reducing insurance premiums and associated costs.

Steel framing provides excellent fire safety. It is non-combustible and will not ignite from electrical faults, which are a common cause of fires in wall cavities. In the event of a fire, steel frames do not contribute to the spread of flames.

Steel framing has been a proven and reliable construction method for over 60 years. While traditional timber has long been trusted, modern timber options like younger Pinus Radiata may lack durability compared to steel. Steel framing has been extensively tested and proven over decades, demonstrating superior durability, resistance to water absorption, and stability over time.

One of the core advantages LGS framing has over wood, is its availability. The materials used for manufacturing are common and can be sourced from local and international suppliers.