Cold-Formed Steel Insights

Labor costs are one of the largest expenses in construction. For low-rise to mid-rise residential buildings and small to medium commercial projects, managing these costs effectively can make a significant difference to the bottom line. A practical method for reducing labor costs in Canadian construction is the use of pre-assembled cold-formed steel panels, such as those manufactured with FRAMECAD systems. But how exactly does this approach help reduce labor costs? Let’s break

When it comes to modern construction, efficiency is king. Builders are constantly looking for materials that are strong, durable, and fast to assemble. Cold-formed steel (CFS) framing has become one of the leading options because it offers all three qualities in a lighter, more consistent form. But what makes cold-formed steel framing easier to install than traditional timber or hot-rolled steel? Let’s break it down.     1. Lightweight Yet Strong One of the biggest advantages

Steel-framed structures are renowned for their intrinsic fire resistance, with untreated steel typically offering up to 15 minutes of protection against fire. For extended durations—such as 30, 60, or 120 minutes—passive fire protection systems are commonly employed. These systems insulate the steel from high temperatures using specialized materials like intumescent coatings, boards, or spray applications.  Performance of Steel in Fire Conditions: - Strength Reduction: Steel'

FRAMECAD is an innovative, fully integrated system combining software and specialized machinery to automate the design, fabrication, and manufacturing of cold-formed steel (CFS) or Light Gauge Steel Framing (LGSF). This integrated approach offers superior precision , faster processing times , and significantly reduced material waste compared to traditional steel stud framing, which typically relies on manual layout, cutting, and assembly methods. Below, we take a closer loo

As Toronto pushes for gentle density, multiplex housing, and faster construction methods, cold-formed steel (CFS)—also known as light gauge steel framing (LSF)—is getting more attention as an alternative to wood and concrete. A common question that comes up is: Can cold-formed steel be used for a 4-story multiplex in Toronto? The short answer is yes —but only when it is properly engineered and code-compliant. Here’s what designers, builders, and owners need to know.   What Is

Cold-formed (light gauge) steel framing has become a popular choice in modern construction due to its strength, precision, and sustainability. However, because these steel sections are thin, protecting them from corrosion is essential for long-term structural performance. This is where galvanizing plays a vital role.  Why Corrosion Protection Matters for Cold-Formed Steel Cold-formed steel members are manufactured from thin steel sheets. Even minor corrosion can reduce their

Pre-paneled cold-formed steel (CFS) framing is often perceived as more expensive than wood framing or traditional stick-built stud-and-track systems. However, when the right choices are made early in design, procurement, and construction, pre-paneled CFS can be highly competitive—and in many cases more cost-effective—on a total project cost basis.   Below are the key strategies that help reduce costs and unlock the full value of pre-paneled CFS framing.   1. Leverage Off-Site

When planning a new single-family home in Ontario, structural framing is one of the most important decisions you’ll make. While wood framing remains the dominant choice for low-rise residential construction, prefabricated cold-formed steel (CFS) framing is gaining attention as a durable, precise, and modern alternative. So, is cold-formed steel framing a good option for a 2-story house in Ontario? The short answer is yes  — with the right planning and team. Below, we explore

Cities across Canada are facing a housing crisis: rising prices, limited supply, and fewer options for people who want to live in established neighborhoods. In Toronto, Canada, one of the city’s key responses to this challenge is EHON — Expanding Housing Options in Neighborhoods.   EHON is a planning and zoning initiative led by the City of Toronto that aims to allow more types of housing in traditionally low-density residential areas, while keeping neighborhoods livable and

When it comes to constructing commercial buildings like plazas, retail stores, or car dealerships in Canada, builders and developers are increasingly turning to cold-formed steel (CFS) framing. Lightweight, durable, and versatile, this modern construction material is transforming how mid-sized commercial structures are designed and built. In this blog post, we’ll explore what CFS is, why it’s ideal for Canadian commercial buildings, and how it’s used in practice.   What is Co

Cold-formed steel (CFS) framing is a versatile and highly efficient building material that caters to a broad spectrum of construction needs. From cozy single-family homes to sprawling commercial complexes, this modern building solution proves itself adaptable for various applications. Whether used for interior frameworks, exterior structural elements, or even intricate roof truss designs, CFS offers precision and durability. Let's dive into the types of buildings where this i

As Canada faces growing pressure to deliver housing faster, safer, and more efficiently, developers and designers are increasingly turning to prefabricated construction systems. One solution gaining traction is prefabricated cold-formed steel (CFS) framing -or prefabricated light gauge steel framing-, particularly for low- to mid-rise multiplex residential buildings.   But is it the right choice for Canadian projects? The short answer: yes —when designed and executed properly

Housing affordability remains one of Canada’s biggest challenges. By 2026, the federal government’s approach to housing is less about a single new plan and more about scaling up multi-year strategies already in motion, with a strong focus on increasing supply, speeding up construction, and protecting affordability.   This post breaks down what Canada’s housing strategy looks like heading into 2026, and what Canadians can realistically expect.   The Big Picture: Long-Term, Not

FRAMECAD software stands out as a comprehensive solution for the seamless design, engineering, and manufacturing of light-gauge steel (LGS) or cold-formed steel (CFS) structures. By leveraging its cutting-edge capabilities, this platform automates tasks across the entire workflow, from creating framing plans and producing detailed engineering reports to generating outputs for manufacturing equipment. Let’s dive into the unique features that make FRAMECAD a game-changer in the

FRAMECAD  enhances construction efficiency by providing exceptional quality and cost savings through automation, accuracy, and innovative design. The system ensures higher-quality outcomes by minimizing errors, maintaining precise dimensions, and delivering durable structures. At the same time, it reduces overall costs by minimizing material waste, lowering labor requirements, and accelerating construction timelines, which in turn cuts insurance expenses and boosts returns on

When it comes to building a single-family home in Canada, choosing the right framing method can make a huge difference—not only in construction speed and quality but also in overall costs. Two popular options for steel framing are traditional stud & track framing and prefabricated cold-formed steel (CFS) panels using automated production systems like FRAMECAD. Let’s break down the advantages of each and why prefab panels are often the smarter choice.   Traditional Stud & Trac

For structural cold-formed steel framing in Canada, galvanized steel should conform to the requirements of the CSA S136 standard and the relevant ASTM specifications, such as ASTM A653 for coating designations like G90 (Z275) or higher for enhanced corrosion protection. The grade is determined by the steel's minimum yield strength (e.g., Grade 33/230 or 50/340) and the zinc coating weight, with higher coatings providing better durability.   Key Standards & Specifications    C

When it comes to building homes, steel framing is increasingly favored by homeowners and builders alike. Its remarkable durability, impressive strength, and resistance to fire, pests, and moisture make it a standout choice over traditional wood framing. These qualities translate into lower maintenance demands, longer-lasting structures, and even possible savings on insurance premiums. Beyond its practical benefits, steel framing also promotes environmental sustainability thro

Insulating exterior walls in Canada requires a thoughtful approach to balance performance, cost-effectiveness, and durability. A combination of spray foam insulation and batts, such as mineral wool or fiberglass, is often highly recommended. Rigid foam boards also serve as an excellent choice, particularly for foundations and exterior walls, thanks to their superior moisture resistance.  Here’s a more detailed overview of the available options:   1. Spray Foam Insulation  - O

Steel framing has revolutionized modern construction, offering unmatched precision, durability, and efficiency. With FRAMECAD technology, the traditional challenges of framing are tackled head-on through an innovative approach divided into three well-defined stages: Design & Engineering, Manufacturing & Panelization, and Construction. Let’s explore these stages and see how this advanced system ensures a faster, more reliable building process.  1. Design & Engineering: Laying