Light Gauge Steel Frame Construction

Before the advancement of light gauge steel, conventional  steel was a heavy product widely applied in large-scale construction projects. The critical thing to note is that it offers the same level of accuracy and strength as standard steel. Yes when engineered and detailed correctly, light gauge steel framing is widely used for residential and low-rise construction in Australia. The installation of light gauge steel framing requires specialised knowledge and techniques. Nevertheless, the process is straightforward when performed by experienced professionals. At Steel Frame Kit Homes, we specialise in delivering premium steel frame solutions that meet the highest Australian building standards.
Working closely with some of Australia’s leading builders and developers, our services have enabled our customers to realise their project deadlines within their time frames and budgetary requirements. Partnering with Newlink Steel for your light gauge steel framing needs will keep your build on track and your mind light gauge steel gold coast at ease. Reach out to us below and we can give you a free quote on your upcoming project.

Steel is not naturally insulating like wood when it comes to thermal and acoustic insulation. Therefore, additional insulation measures must be integrated into light gauge steel structures.  Typically, insulation materials are placed within the steel frames, while specialized acoustic products can be used to limit sound transmission. In conclusion, Light Gauge Steel (LGS) presents a compelling case for a revolution in modern construction practices. Renowned for its exceptional strength-to-weight ratio, dimensional accuracy, recyclability, and design flexibility, it outperforms traditional wood framing and even heavy gauge steel in many aspects.
Roofs can also be constructed from light gauge steel, using either steel joists or trusses. The steel elements provide the primary structural support, with sheathing attached to provide a surface for the roof covering. Proper protective measures against corrosion, such as galvanizing, can have a lifespan comparable to or even longer than traditional  building materials. Heavy Gauge Steel (HGS) and Light Gauge Steel (LGS) are two broad categories of steel used in construction, each with its own set of advantages and challenges. HGS is generally used in commercial and industrial structures, whereas LGS is more prevalent in residential and light commercial construction.
Whether you require intricate designs, complex shapes, or precise cuts, trust us to deliver exceptional results quickly and competitively, all while meeting your exact specifications. The BCA, which is part of the NCC, sets out the minimum requirements for the design and construction of buildings in Australia. It addresses various aspects of construction, such as structural stability, fire safety, and energy efficiency. When using LGSF for load-bearing structures, it is crucial to adhere to the BCA’s provisions to ensure the safety and functionality of the building. Light gauge steel framing is used in different construction projects because it is innovative, reliable, and better than other options, including wood framing. However, light gauge steel framing shares some similarities with wood framing.

In emerging markets, the need for rapid, affordable, and resilient construction to meet the demands of urbanization and economic development is fueling interest in light gauge steel. Its suitability for modular and off-site construction can help to meet these needs efficiently and effectively. Insulation is added to the wall cavities before the interior walls are installed. Finally, the roof covering is added, and the exterior of the building is finished according to the design specifications. The utility of light gauge steel in the construction industry can be attributed to its unique properties. From composition to its sustainability quotient, every aspect of this material is strategically advantageous in different construction scenarios.
Though labor-intensive compared to other methods, ‘stick-build’ construction proves invaluable in intricate projects where prefabrication is less viable. Light steel framing today, have become very popular and is a favored choice across diverse steel applications. Not just serving only as secondary steelwork but also assuming the role of primary load-bearing components. Its utilization in construction is attributed to the slender gauge of cold-formed steel, which imparts lightweight properties but also renders it susceptible to localized buckling. With over 80 years combined engineering and project management experience, we have developed an unrivaled track record in providing a complete turn-key framing solution for any sized project.

Light gauge steel framing, on the other hand, uses thin-walled steel sections that are cold-formed (shaped at room temperature) into precise structural components. This lightweight steel is engineered to be incredibly strong while staying manageable on the job site. The standard zinc coating, designated as Z275 for construction products, signifies a zinc content of 275 grams per square meter spread over both surfaces of the steel strip. In light steel framing applications, prevalent steel grades include S350, S390, and S450, with S390 and S450 being commonly employed for purlin and sheeting rail products. Light steel framing typically adopts a lipped C section shape with depths ranging from 70 to 250mm, while purlins are often crafted from Sigma or Zed sections, typically 140 to 300mm deep.
Because steel doesn’t contribute to combustion, it meets NCC requirements in designated bushfire-prone areas without the chemical treatments and additional fire protection required for timber framing. For standard residential frames, Kelly Steel typically delivers within 2-3 weeks from finalised drawings. Lead time depends on frame complexity, drawing approval and current workshop capacity. We recommend engaging us early in your design phase so we can align fabrication with your programme.
At Rhodes, we pride ourselves on sustainable, reliable and cost-efficient framing. Our steel frames are designed with state-of-the-art technology including the world’s most advanced end-to-end cold formed steel engineering design-and-build system, FRAMECAD. Our in-house facilities utilised by our professional team enable the production of steel framing that is built for safety and durability.