Next Gen Steel Framing offer a range of essential high-quality steel framing products designed to meet the needs of builders and contractors in Kalgoorlie-Boulder and the Goldfields.
Our prefabricated solutions include wall frames and trusses, each engineered for excellence and precision.
Our prefabricated wall frames provide strength and reliability, ensuring your structures are built to last. Manufactured to exact specifications, these frames offer exceptional load-bearing capabilities and are easily assembled on-site, speeding up the construction process and reducing labour costs.
Our steel trusses are designed for durability and ease of installation. Capable of spanning large distances without requiring additional support, these trusses are ideal for both residential and commercial applications. The precision-engineered design ensures a perfect fit, every time, reducing the need for on-site adjustments.
Every prefabricated steel product that we provide comes with its own engineering certification documentation, and working drawings to ensure you know how to easily install our products.
Our local team of consultants and tradesmen are only a phone call away if you need any assistance with installation at any time.
Next Gen Steel Framing’s steel frame trusses and walls are engineered to deliver superior structural integrity while simplifying the construction process. Here's how they work:
Our trusses and walls are designed using advanced engineering software to meet the specific requirements of each project. These designs take into account factors such as load-bearing capacity, span length, and environmental conditions, ensuring the trusses and walls are precisely tailored for optimal performance.
We utilise high-grade steel TRUECORE® known for its strength, durability, and resistance to corrosion. This ensures that our trusses and walls can withstand the test of time in the harsh Goldfields environment, providing a reliable framework for any building.
Our trusses and walls are manufactured to exact specifications in our local workshop. The steel is rolled using specialised machinery and assembled by qualified tradesmen to ensure consistency and accuracy in every truss. This process minimises the margin for error and enhances the overall quality of the product.
One of the standout features of our steel frame trusses and walls is their ease of installation. The trusses and walls are prefabricated and delivered to the construction site ready for assembly. Their lightweight nature means they can be lifted and positioned without the need for heavy machinery, reducing labour costs and expediting the building process.
Once installed, our trusses efficiently distribute loads across the structure, providing exceptional support without the need for additional internal walls or columns. This allows for more open and flexible interior spaces, catering to modern architectural designs.
Our steel frame trusses and walls are versatile and can be used in a variety of applications, from residential homes and commercial buildings to industrial warehouses. Their adaptability makes them an ideal choice for diverse construction projects in Kalgoorlie-Boulder and the Goldfields.
By choosing Next Gen Steel Framing’s trusses and walls, clients benefit from a product that's not only robust and reliable but also easy to install and versatile enough for any building project.
Contact us today to learn more about how our prefabricated steel frame products can work for your next construction project in Kalgoorlie-Boulder.
Project Overview
For this case study, we examine two similar residential construction projects: one using traditional timber frame trusses and the other employing Next Gen Steel Steel Framing’s steel frame trusses.
Both projects are of equal size and complexity, designed to meet the same structural requirements.
Design and Preparation: The design phase required extensive time to ensure each timber truss would meet the load-bearing requirements. Variability in timber quality necessitated purchase of excess timber to ensure ample supply of acceptable wood. A lead time of approximately 6 weeks was required to secure the supply of the timber. Preparation of timber involved precise cutting, treatment, and storage to prevent warping and pest infestation.
Labour Requirements: The labour team consisted of four skilled carpenters experienced in timber framing. The assembly of timber trusses required substantial manual effort, including measurement, cutting, and fastening. On-site adjustments were frequently needed due to timber inconsistencies.
Time Frame: The preparation and assembly took approximately three weeks, with additional time allocated for quality checks and adjustments.
Design and Preparation: Using engineering software, the design of steel frame trusses was completed, ensuring each truss met all structural demands. The materials were rolled directly in our local manufacturing workshop, guaranteeing uniformity and quality. The time required to roll and assemble the frames was approximately 2 days.
Labour Requirements: A smaller, less specialised labour team consisting of one Carpenter and one Trades Assistant was adequate for the installation of steel frame trusses. The prefabricated nature of the trusses meant minimal on-site assembly was needed, reducing the overall labour required. The lightweight components allowed for easy handling and positioning without heavy machinery.
Time Frame: The process, from manufacturing to installation, was completed in just one week. The pre-fabrication and ease of assembly significantly sped up the construction timeline. Quality checks were seamlessly integrated into the manufacturing process, further reducing time spent on-site.
Conclusion
The comparison between timber and steel frame trusses highlights several key advantages of using steel framing:
Reduced Lead Times: As Timber is becoming increasingly more scarce and harder to source, lead times are extending to weeks and even months. Steel is much more readily available, and the ability to roll frames in Kalgoorlie-Boulder reduces transport and handling timeframes to almost negligable.
Labour Efficiency: Steel frame trusses require less specialised labour, significantly reducing labour costs and the reliance on skilled carpenters.
Time Savings: The manufacturing efficiencies and ease of installation with steel trusses enable quicker project completion, allowing for faster project turnover.
Quality and Consistency: Steel offers a more uniform and reliable material, minimising the need for on-site adjustments and ensuring better structural integrity.
In conclusion, while traditional timber frame trusses have served the construction industry well, the benefits of steel frame trusses in terms of labour efficiency and time savings make them a superior choice for modern construction projects. By opting for Next Gen Steel Framing’s prefabricated steel framing products, contractors and builders can achieve higher quality results in less time, ultimately enhancing both productivity and project profitability.
Disclaimer: While the details of this case study may not reflect real-world events with 100% accuracy, the findings are consistent with the general trends and observations seen in similar scenarios. These insights are intended to provide a representative understanding of the subject matter, rather than a definitive account of actual events
1. Market Growth:
- The global steel framing market is projected to reach USD 205.26 billion by 2026, growing at a CAGR of 5.2% from 2019 to 2026 .
2. Energy Efficiency:
- Steel framing is highly energy-efficient, with up to 30% lower energy consumption during the manufacturing process compared to traditional building materials .
3. Recyclability:
- Steel is 100% recyclable and is the most recycled material in the world. Each year, over 80 million tons of steel are recycled in North America alone .
4. Durability and Strength:
- Steel-framed structures can withstand natural disasters better than those built with traditional materials. For example, steel buildings can endure high winds, earthquakes, and severe weather conditions due to their inherent strength and flexibility .
5. Construction Time:
- Using steel framing can reduce construction time by 33% compared to traditional methods due to pre-fabricated components and quicker assembly on-site .
6. Waste Reduction:
- Steel framing generates up to 50% less waste during the construction process compared to wood framing .
7. Fire Resistance:
- Steel does not burn and can maintain its structural integrity at higher temperatures compared to wood, making it a safer choice for construction in terms of fire resistance .
8. Cost Savings:
- Although the initial cost of steel may be higher, the overall lifecycle cost is lower due to reduced maintenance, durability, and energy efficiency. Some studies indicate that steel framing can save up to 7% in total building costs over time .
These statistics illustrate the advantages of steel framing in terms of environmental impact, safety, efficiency, and cost-effectiveness, making it a preferred choice in modern construction.
1. Market Growth: [Statista] (https://www.statista.com/statistics/1171006/global-steel-framing-market-size-forecast/)
2. Energy Efficiency: [Steel Recycling Institute] (https://www.steelsustainability.org/)
3. Recyclability: [World Steel Association] (https://www.worldsteel.org/steel-by-topic/recycling/recycling.html)
4. Durability and Strength: [Federal Emergency Management Agency (FEMA)] (https://www.fema.gov/)
5. Construction Time: [Construction Dive] (https://www.constructiondive.com/)
6. Waste Reduction: [Construction & Demolition Recycling Association] (https://www.cdrecycling.org/)
7. Fire Resistance: [National Fire Protection Association (NFPA)] (https://www.nfpa.org/)
8. Cost Savings: [Building Design+Construction] (https://www.bdcnetwork.com/)
