Cold-formed steel (CFS) framing is a versatile building material because it can be connected to a variety of other materials. But how do you make those unions work? How do you connect CFS to hot-rolled steel, aluminum, concrete, masonry, or wood?
Panelization — the ability to assemble wall, floor, and roof sections off-site in a controlled environment — is frequently used in cold-formed steel framing projects and provides many advantages, from minimizing costly weather delays to ensuring greater quality control.
Quality assurance, and the sourcing of cost-effective, superior materials, is a primary concern in any modern building project. One approach that can make a substantial difference in project quality and efficiency is to use roof trusses made with cold formed steel (CFS).
Because Cold-formed steel (CFS) framing is light weight, extremely strong, noncombustible, and relatively easy to install, it has dominated the market for interior, non-loadbearing partition walls in commercial construction. Now, with advanced technological developments like panelized systems, the building community is using CFS for structural applications in mid-rise and multi-housing buildings.
Reducing construction waste by building with cold-formed steel framing can help building owners reign in project costs and protect the environment.
Recently, a major fire raced through the AvalonBay at Edgewater apartment community in New Jersey, destroying several hundred units and displacing the residents of the luxury development in the middle of winter.
Prefabrication has long been touted as the answer to smarter, faster, and safer construction. The prefabrication revolution is quietly changing the way engineering and construction works. Many companies are starting to see how this change in construction is enhancing their business and granting a competitive edge, particularly when paired with the right materials.
Although some builders may think of cold-formed steel (CFS) as an ideal material for interior framing, that’s not the extent of its utility. CFS delivers many advantages in the construction of wall panels, floor joists, roof trusses, and structural walls as well.
How is steel energy efficient? Is Cold Formed Steel a robust construction material? Does it limit home design capabilities? Will a steel framed home look different to other homes? What are the advantages of CFS for residential construction projects?
Timber has long been the framing material of choice for buildings. A sturdy and familiar material, it has been used on structures all over the world for hundreds of years
How does cold-formed steel (CFS) compare to cast-in-place concrete when framing a building? Neither material has the monopoly on benefits. The “best” material depends on the project.
Cold-formed steel (CFS) framing has a proven track record of providing cost benefits for multi-family and mid-rise building projects. In this video, learn how the use of CFS framing can lead to savings in several areas, from lower insurance premiums to shorter construction cycles.
When some building owners consider structural systems for their construction projects, they overlook cold-formed steel (CFS) framing. Why? There are many common misconceptions about the effectiveness of CFS as a structural material.
Cold-formed steel (CFS) is one of the most reliable, durable, and sustainable building materials around, making it a great option for almost any low- or mid-rise construction project, no matter where it’s located. That said, there are some areas in the United States and beyond where framing with CFS isn’t just a good idea — it’s highly advisable.
Keeping at the forefront of technological advances in construction is how intelligent clients and designers are maximising construction outputs and increasing profit margins.
In construction, understanding the latest, most efficient technologies and building methods is key to success… not to mention high levels of skill and familiarity with those methods, and an engineering staff that’s always ready to create high-quality building components at scale.
Termites are a major source of risk for the global construction industry, costing billions of dollars in damage to both small and large-scale projects.
Timber has long been the framing material of choice for buildings. A sturdy and familiar material, it has been used on structures all over the world for hundreds of years
At times, mid-rise and multi-family buildings constructed with wood framing come with an attractive initial price tag — but also an additional amount of risk, particularly during construction. In fact, the Steel Framing Industry Association has catalogued a series of recent catastrophic fires destroying multi-story, wood-frame building complexes in the United States and Canada. These examples highlight just how devastating wood framing is when it comes to fire-related and other losses.
Great architecture can serve to make a statement, reflect contemporary preferences, or create community. However, achieving that desired aesthetic can present tricky construction challenges. Some of the most striking projects include vast expanses, unique shapes, or require tight tolerances. Often, traditional construction methods and materials make it difficult to achieve those goals. As a result, cold-formed steel (CFS) is becoming the go-to material to make these projects a reality. Here’s why.
