Where Could You Save With Cold-Formed Steel Framing?
Cold-formed steel framing systems (CFS) offer many cost advantages. But exactly how much could you save by using CFS framing? See if you can guess the savings in three real-life scenarios.
​During construction of a credit union’s headquarters, the contractor learned that if he moved forward with wood trusses, he would need to install fire sprinklers.
How much did he save by switching to CFS trusses?
A:
$5,000
B:
$10,000
C:
$20,000
C:
$40,000
$5,000
Incorrect. In this project, avoiding fire sprinklers with CFS trusses saved $40,000.
Next question
$10,000
Incorrect. In this project, avoiding fire sprinklers with CFS trusses saved $40,000.
Next question
$20,000
Incorrect. In this project, avoiding fire sprinklers with CFS trusses saved $40,000.
Next question
$40,000
Correct. In this project, avoiding fire sprinklers with CFS trusses saved $40,000.
Next question
​Builders risk insurance on a four-story, 400-unit hotel would have cost $1.6 million if it had been built with wood framing.
How much did the builder save in insurance costs by switching to cold-formed steel framing?
A:
$540,000
B:
$970,000
C:
$1.3M
D:
$2.2M
$540,000
Incorrect: In this project, the same coverage with cold-formed steel framing cost $360,000, resulting in savings of $1.3 million.
Next question
$970,000
Incorrect: In this project, the same coverage with cold-formed steel framing cost $360,000, resulting in savings of $1.3 million.
Next question
$1.3M
Correct: In this project, the same coverage with cold-formed steel framing cost $360,000, resulting in savings of $1.3 million.
Next question
$2.2M
Incorrect: In this project, the same coverage with cold-formed steel framing cost $360,000, resulting in savings of $1.3 million.
What is your biggest financial concern when planning a new project?
A:
Insurance costs
B:
Labor
costs
C:
Timeline/costs of delays
D:
Material
costs
Insurance costs
The builder of a four-story, 190-unit condominium was able to save $300,000 in general liability insurance premiums and $100,000 in builders risk insurance by using CFS instead of concrete.
Next question
Labor costs
In the construction of a hospital, the use of panelized CFS framing reduced the number of carpentry man-hours by 30 to 40 percent.
Next question
Timeline/costs of delays
When constructing a credit union’s new headquarters, the use of CFS allowed the project to be completed five to six weeks early, saving nearly 40 percent on labor.
Next question
Material costs
In one office renovation, using CFS for the exterior walls instead of masonry wall construction saved $2.50 per square foot.
Next question
Material choice can impact your costs significantly over the entire construction cycle.
What type of framing material do you plan on using for your next project?
A:
Concrete
B:
Wood
C:
Cold-formed steel framing
Concrete
Steel framing’s strength-to-weight ratio significantly exceeds that of concrete. Strong and relatively lightweight, CFS systems reduce a building’s total load which, in turn, allows the owner to reduce costs beginning at the foundation.
Since wood-framed buildings are highly susceptible to fire during the construction phase, many Canadian jurisdictions now mandate security measures including sprinklers, standpipes, after-hours lighting, and security guards — adding many unexpected costs.
CFS framing has a proven track record of providing cost-effective benefits for mid-rise buildings. Steel is resilient, adaptable and durable, which reduces life cycle costs.
Learn more about these projects and ways to use cold-formed steel framing to lower construction costs by downloading our eBook, “Building Within Budget: Ideas for Shaving Months and Dollars Off Your Next Construction Project.”