We supply our framing system to industry leading contractors & developers

Yes, because They arrive prefabricated to the site, with sections pre-studded in 8-foot sections and pre-drilled holes in the studs, all made from American steel. This pre-fabrication means they are ready to be installed immediately.

The time-saving aspect is significant, with installation being up to 60% quicker than traditional construction methods. Even compared to other building materials, steel frames offer a time-saving advantage, with utility builders estimating around a 30% increase in installation speed.

Engineering Standards: CFS stud frames must meet specific engineering standards and codes to ensure their structural integrity and load-bearing capacity. (4 storeys high) the manufacturer follows relevant standards such as those set by the American Iron and Steel Institute (AISI) and the American Society for Testing and Materials (ASTM). Every building framing system is designed, engineered to the locations zoning and building codes, whether it is 200mph winds, 350lbs snow loads or earthquake requirements, CFS is your answer.

Yes, American steel is generally known for its high quality. The United States has stringent standards and regulations governing the production of steel, ensuring that it meets strict quality control measures. American steel manufacturers often adhere to industry standards set by organizations such as the American Iron and Steel Institute (AISI) and the American Society for Testing and Materials (ASTM), which further contribute to the quality and reliability of American steel products. 

American steel is prized for its strength, durability, and consistency, making it a preferred choice for various applications, including construction, manufacturing, automotive, and infrastructure projects. Additionally, the reputation of American steel is bolstered by the country's advanced technology, skilled workforce, and commitment to innovation in steel production processes.

We offer a 50 Year warranty on all our CFS framing structures.

Proven Performance: Numerous studies, research projects, and real-world applications have demonstrated the performance and reliability of CFS framed buildings in various conditions and applications.

Overall, the proven performance of CFS framed buildings over time, combined with ongoing advancements in design, manufacturing, and construction techniques, has solidified their position as a trusted and viable construction solution for a wide range of building projects.

Overall, choosing a frame that is termite-proof offers numerous benefits, including enhanced structural integrity, reduced maintenance costs, increased longevity, and improved health and safety for occupants. It provides a durable and sustainable solution for building construction while offering peace of mind and potential cost savings in the long run.

Yes, Cold-Formed Steel (CFS) frames can be used for building in bushfire-prone areas, and they offer several advantages in such environments: Cold-Formed Steel frames offer a safe, durable, and resilient solution for building in bushfire zones. When properly designed, engineered, and constructed, CFS-framed buildings can provide effective protection against the threat of bushfires while offering long-term durability and peace of mind for occupants.

Cold-Formed Steel frames offer architects, designers, and builders significant flexibility in design, enabling the realization of creative and innovative building projects. Whether designing a contemporary residence, a commercial office building, or an industrial facility, CFS framing systems provide the versatility and adaptability needed to bring architectural visions to life.

Yes, steel frames indeed offer a wide range of external façade options, providing versatility and flexibility in architectural design. Some of the common external façade options that can be used with steel framing include:

1. Brick Veneer: Steel framing can support brick veneer, providing a traditional and durable exterior finish. The steel frame acts as a structural support, while the brick veneer provides aesthetic appeal and weather protection.
2. Vinyl Siding: Steel framing can accommodate vinyl siding, which is a lightweight and cost-effective option for exterior cladding. Vinyl siding comes in various colors and textures, offering versatility in design.
3. Fiber Cement Siding: Fiber cement siding is a durable and low-maintenance option that can be installed on steel framing. It mimics the look of wood or masonry and is resistant to fire, moisture, and pests.
4. Stucco: Stucco is a popular exterior finish that can be applied over steel framing. It provides a textured and weather-resistant surface that is suitable for both traditional and contemporary architectural styles.
5. Metal Panels: Steel framing can support metal panels made from materials such as aluminium, zinc, or steel. Metal panels offer a modern and industrial aesthetic and are available in a variety of colours, finishes, and profiles.
6. Wood Cladding: Steel framing can be combined with wood cladding to create a visually striking exterior. Wood cladding adds warmth and natural beauty to the façade while the steel frame provides structural support.
7. Stone Veneer: Steel framing can support stone veneer, which adds elegance and sophistication to the exterior of a building. Stone veneer is available in a wide range of colours and textures, allowing for customization and creativity in design.
8. Composite Panels: Composite panels, such as aluminium composite panels (ACP) or fiber-reinforced polymer (FRP) panels, can be used as exterior cladding on steel framing. These panels offer durability, thermal insulation, and design flexibility.

Overall, the compatibility of steel framing with various external façade  options allows architects and designers to achieve their desired aesthetic vision while benefiting from the structural strength and durability of steel construction.

Yes, steel-framed houses can be thermally efficient when properly designed and constructed. While steel is a good conductor of heat, which may raise concerns about thermal efficiency, there are several strategies to mitigate heat transfer and improve the overall thermal performance of steel-framed houses: Note we use 5.5-inch studs for our external wall framing systems.

1. Thermal Bridging Mitigation: Thermal bridging occurs when heat bypasses insulation through conductive materials like steel framing members. Using advanced framing techniques, such as utilizing thermal breaks or insulated sheathing, can help reduce thermal bridging and improve overall insulation performance.
2. High-Quality Insulation: Adding high-quality insulation materials between steel framing members helps to minimize heat transfer through the walls and roof. Options like spray foam insulation or rigid foam board insulation can provide excellent thermal resistance and help maintain a comfortable indoor temperature. Including faced insulation, which have a vapour barrier to assist in removal of heat and cold, reducing any condensation.
3. Air Sealing: Proper air sealing of the building envelope is crucial for thermal efficiency. Sealing gaps and penetrations in the steel framing system, along with using air barriers and vapor barriers, can prevent heat loss and improve energy efficiency.
4. Energy-Efficient Windows and Doors: Installing energy-efficient windows and doors with low-e coatings and insulated frames further enhances thermal performance by reducing heat transfer through glazing and framing materials.
5. Ventilation and Moisture Control: Proper ventilation and moisture control systems help regulate indoor humidity levels and prevent condensation buildup, which can affect thermal comfort and energy efficiency.
6. Passive Solar Design: Incorporating passive solar design principles, such as optimizing building orientation, maximizing natural daylighting, and utilizing thermal mass, can help minimize heating and cooling loads, reducing reliance on mechanical heating and cooling systems.
7. Energy-Efficient HVAC Systems: Pairing a steel-framed house with energy-efficient heating, ventilation, and air conditioning (HVAC) systems further enhances thermal comfort and reduces energy consumption.

By implementing these design strategies and using appropriate building materials and technologies, steel-framed houses can achieve high levels of thermal efficiency, providing comfortable indoor environments while reducing energy costs and environmental impact.