We may not be in the tiny home business, but this home is giving us all kinds of ideas about how our
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"The walls of Steelhaus were made of an insulated metal panel system. These panels are filled with non-CFC polyurethane modified isocyanurate foam. To get the metal to stick to the foam core they used a special laminating process that involves the use of structural urethane adhesives, heat and pressure. Even though this foam is not the greenest choice when it comes to insulation materials, it does yield a very energy-efficient home, while also cutting down on construction time. The roof is also made of metal and sloped, which offers a good amount of interior headroom. The home also features large windows, which let in plenty of natural daylight and aid ventilation.
According to the builders, these 3-inch insulated panels they used give the wall an insulation value of R-24, which is the same as is offered by standard 4-inch SIPs. The advantage of using these metal panels is that they also result in a 2.5 times lighter home than a timber-framed house with a 2 x 4 batt-insulated wall. The metal panels fit together in a tongue and groove design, which yields a continuous, well-insulated wall and creates a very tight building envelope."
First Seen on: A CanAm Steel Tiny Home?
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Protecting the environment is a key element of CanAm Steel Building's company values. One of the ways we are able to demonstrate our commitment to the environment is by providing up to 89 percent of recycled steel for all of our building projects. It's not a simple task, but it's one that we are proud of and believe is necessary for the health of the steel industry. For questions about the process for CanAm buildings, call us today!
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One way this is achieved is through the process of deconstruction. While demolition generally involves tearing material out of a space or knocking a building down and sending the wreckage off to a landfill, deconstruction is more methodical. In deconstruction, crews take great pains to avoid damaging the bricks, fixtures, windows, wood and other high-value items they are able to remove intact.
"The beauty of steel is that — most of the time — the farther back you go, the better the quality," White said. Steel used to be inexpensive enough that manufacturers could account for potential design errors by simply adding more mass to members.
Today’s project cost considerations, however, have made design more precise. And there's not as much redundancy built into steel members.
"[Steel products today] are not weaker, they’re just enough to do the job they’ve been designed to do," White said. "But 50 or 60 years ago, [they] would be able to do twice the job."
Buying old to go green
Owners' desire to achieve green-building marks like LEED certification is by far the biggest driver of interest in using reclaimed architectural and structural materials on commercial projects, Haldeman said.
The Research Support Facility at the U.S. Department of Energy's National Renewable Energy Laboratory, in Golden, CO, achieved LEED Platinum certification in June 2011, in part by using reclaimed steel natural gas piping, recovered from an out-of-service pipeline, as structural columns. The University of North Texas' Apogee Stadium, in Denton, TX, which also earned LEED Platinum status, used reclaimed steel beams as headers for concession-stand openings."
Original Post here: How Does CanAm Provide So Much Recycled Steel?
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One of the most advantageous things about building with steel is you can fabricate it to suit any space perfectly. That's the reason this architect chose steel in order to create this home that wouldn't disturb the landscape but actually be harmony with it. It's a difficult task to accomplish, unless you're using steel, of course. To begin your project using CanAm Steel, call us today!
Taken from the article:
The Wyoming Residence is located near Jackson, a quaint town in the west of the state that is ringed by mountains.
Encompassing 7,000 square feet (650 square metres), the single-storey house is set within a gently sloping meadow. It consists of two low-lying, rectilinear volumes and a detached garage that is sunken into the landscape.
"Echoing the grandeur of the Teton Mountain Range whilst seamlessly inhabiting the adjacent grassland, the Wyoming Residence exhibits a conscientious marriage of form and material," said Abramson Teiger Architects, a Los Angeles-based studio.
"The home manages to feel stately and striking at the entrance, but is hidden from view looking down the meadow and up from the valley floor."
"Almost every material implemented in this home was done so to create a maintenance-free space that withstands the weather and betters with age," the architects said.
Originally Posted right here: Steel & Nature Working Together
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