Framing Light Gauge Steel

However, HGS requires more resources for fabrication and transportation due to its weight and size. Moreover, HGS demands specialized labor and machinery for its construction and installation, thereby increasing the project’s cost. When comparing LGS and wood framing, several distinctive advantages and disadvantages surface. The high strength-to-weight ratio of LGS gives it an edge over traditional wood framing. LGS is lighter, making it easier to handle and reducing transportation costs. In addition, LGS has excellent dimensional stability; it does not shrink,  warp, or twist, providing superior finish quality, thereby reducing the need for call-backs for rectification work.
There’s no risk of termite damage, and the steel maintains its structural properties over time without warping or twisting. Regular inspections and basic maintenance of fasteners and connections are typically sufficient to ensure optimal performance throughout the building’s lifespan. If you’re leaning toward steel framing, partnering with the right supplier makes all the difference. At Newlink Steel, we specialise in precision-engineered light gauge steel light gauge steel supplier wollongong solutions, offering everything from single residential projects to large-scale developments. Our galvanised steel sections are designed for Australian conditions, and our focus on competitive pricing and reliable delivery helps keep projects on track. A very wide range of lightweight structural sections are produced by cold forming thin gauge strip material to specific section profiles.

Light gauge steel framing is a popular option in both residential and commercial construction due to its reliability and innovative design. Also, they are easy to transport and further enhance modular construction, especially within a factory environment. The main reason why it is an excellent option for residential buildings and multi-story commercial buildings is because of the strength it offers. This is one factor that makes it better than wood frames in terms of strength. Also, light gauge steel allows for larger spacing between the framing sections.
David returned to Wagga Wagga in 2018 and teamed up with Peter Kennard Consulting Engineers to further grow an already established consulting office. Melbourne Steel is committed to delivering exceptional LGS Frame building Solutions that are unmatched in quality and Professionalism, from the beginning to the end. Our dedication to excellence ensures that you receive the best possible service and products for your project.
Lightweight steel framing won’t rot, twist or swell over time, even in harsh conditions. Furthermore, the global shift towards a circular economy, where waste is minimized and materials are reused or recycled, could boost the demand for steel. Its high recyclability and the potential  for demountable construction systems could make it a material of choice in this new economy. Therefore, the versatility of light gauge steel allows it to be used in various ways in conjunction with other materials, enhancing the final structure’s functionality and appearance.

Wood framing, bless its natural heart, is basically a buffet for pests and moisture problems. In humid climates or areas prone to termite activity, you’re faced with ongoing treatments, inspections, and constant worry about what’s happening inside your walls. Steel has roughly 40% more strength than wood while weighing about 90% less. This is a material that can handle bigger loads while being dramatically lighter.
In the case of construction, standards go hand-in-hand with the National Construction Code to ensure safety, health and amenity of the public. Therefore, when manufacturing steel frames and trusses at AusSteel, we always comply with the relevant standards. LGS sections are cold-formed from thin steel gauges and can vary from 0.42mm to 3.2mm in thickness. Sections used for roof trusses, wall frames, floor subsystems and battens typically have a base metal thickness (BMT) of between 0.42 and 1.2mm and weigh less than 2kgs per lineal metre. The popularity of this material is driven by improvements in design and installation systems, making LGS easy, fast and safe to install.

Light gauge steel or cold formed steel components are created by passing thin sheets of steel through machines known as roll formers, or simply rollers. These machines are capable of rolling the steel into the manufacturer’s desired shapes, the common ones being a “C” or “U” shape for metal studs. There are several companies in the industry that produce roll forming machines, including Howick, Knudson, Scottsdale, to name a few. This material poses several advantages over traditional wood framing, including increased strength and durability, resistance to rot and pests, and improved fire resistance to name a few. As mentioned earlier, light gauge steel structures are fire-resistant, unlike wood framing. Steel can be further made fire-resistant by coating it with fire-rated sheeting.
Purlins and side railsPurlins and side rails are often termed secondary steelwork and are available in a variety of shapes and a wide range of sizes. The depth of the section typically lies between 120mm and 340mm, with the profile thickness usually varying between 1.2mm and 3.2mm. If you consider to build your project with LGS call us today to get more information. Boxed studs are two standard studs profiles combined to make a box profile, producing double the strength. Our LGS studs are just as strong as timber and are much lighter, making for more versatile designs.
Alternatively, it can be clad in virtually any material, including brick, stone, or wood, blending seamlessly with any architectural style. Light gauge steel is often combined with other materials to improve a structure’s performance and aesthetic appeal. One common pairing is steel and concrete in composite systems, where the tensile strength of steel is coupled with the compressive strength of concrete to form robust floor and roof systems. Light gauge steel construction assembly process depends largely on the system in use but typically begins with detailed drawings produced by specialized software. These drawings guide the fabrication of the steel components, which can happen off-site in a controlled factory setting or on-site with a portable roll-former.