Steel buildings Metal buildings Info

FOR IMMEDIATE RELEASE
(Free-Press-Release.com) May 25, 2011 –
JDG Construction Management – the Canadian Company that specialized in steel construction buildings, has announced the company has celebrated a milestone of 25 years of successfully being in business in 2010. In their 26-year history the company has introduced new building designs with guarantees of using the highest grades of steel available and competitive pricing.

The JDG steel Construction company has successfully constructed steel buildings in Canada and the United States including: Manitoba, Alberta and Ontario in Canada, and the States of Washington and Nevada in the USA.

JDG is not limited to construction only, as they provide the highest level of services that include: general contracting, foundation, renovation services, turnkey and construction management and also the resale of existing buildings. JDG Construction also provides visits by their team of experts to the construction site, blueprint designs, sketches, accurate quoting rates and feasibility studies to ensure each project has the highest level of project management, communication and attention to detail.

JDG has constructed state of the art steel buildings since its inception in 1985. The company has excelled within its growth providing highly trained management to provide the highest levels of steel construction work.

“ We pride ourselves with providing excellent buildings with the highest quality materials and service.”

The steel construction company JDG has offices located in Vancouver, BC Canada. JDG has been continually expanding and have been praised for excellence in Business for their level of commitment to their building and construction services.

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FOR IMMEDIATE RELEASE
Los Angeles, California, United States of America (Free-Press-Release.com) June 23, 2011 –

Low-carbon steels are relatively soft yet tough steels, and are easily machined and welded. Because of their low carbon content, these steels can be hardened only by case hardening. Low-carbon steels are well suited for applications where strength and wear resistance are not required, such as handles and die shoes.

These are steels containing additional metals that are added to alter the characteristics and bring about a predictable change in the mechanical properties of the alloyed metal. Alloys are not normally used for most tools due to their increased cost, but some have found favor for special applications. The alloying elements used most often in steel are manganese, nickel molybdenum, and chromium. Thermoplastic products are made using a number of different methods. Each has its comparative advantage(s) based on specific design requirements and limitations.

Typically part design, size, and shape determine the best process. The part’s characteristics may suggest that more than available process could work. Since product development differs depending upon the process, the designer(s) should anticipate early in the product development phase which process to use. Thermoplastic products are made using a number of different methods. Each has its comparative advantage(s) based on specific design requirements and limitations.

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FOR IMMEDIATE RELEASE
(Free-Press-Release.com) August 25, 2008 –
According to “China Steel Industry Forecast till 2012”, a research report by RNCOS, China is one of the world’s largest steel industries and is recording the fastest growth rate not only in terms of production, but consumption also (China is the largest steel consumer in the world).

The report says that the crude steel consumption in China during the first half of 2007 surged 9.6% to 206.9 Million Metric Tons and reached an estimated 402.4 Million Metric Tons at the end of 2007. It forecasts the apparent steel consumption in the country to grow nearly 10% in 2009 against the consumption level in 2007.

China’s steel consumption has risen on the back of cheap production base supported by the vast availability of cheap labor in the country, says the report. Moreover, the soaring economy of the country (at annual growth rate of more than 10%) has fueled the demand for steel, especially of long products used in construction and automobile industry. Construction sector consumed 54% of the total steel consumption in 2006, while the automobile industry consumed nearly 6%.

A Senior Research Analyst at RNCOS says that apparent steel consumption of China will keep rolling the steel industry along with booming construction and automobile industry. Apart from these two industries, shipping, and machinery & equipment sector will also play an important role in improving the overall steel consumption.

“China Steel Industry Forecast till 2012” is a comprehensive study of the world’s largest steel industry, and gives an overview on its various parameters, like production and consumption pattern, type of steel products, and major exporting countries. The report outlines the past and future market trends and discusses growth drivers, opportunities and challenges for the industry to help clients understand the direction in which the market is lively to move.

The research report thoroughly studies the Chinese steel industry and gives forecast on its various segments, including production of crude steel, apparent consumption of steel, and consumption of crude steel.

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metalconstructionnews.com

“The SFIA will unify our industry and help make all our businesses more successful through a number of initiatives. The SFIA will advocate on behalf of companies in the Cold Formed Steel Framing Industry to expand the market through code compliance, promotion, education and innovation,” said SFIA interim President Bill Courtney (ClarkWestern Building Systems).

According to SFIA interim Vice President Kennon Whaley (Southeastern Stud & Components, Inc.), “SFIA will be an inclusive, industry‐wide association because membership is open to CFS product manufacturers, steel mills, coil coaters, steel coil suppliers, connector and accessory manufacturers, panel and truss manufacturers, equipment and tool manufacturers, supplier/distributor yards, design professionals and contractors.”

“SFIA will also provide peace of mind to all stakeholders in the CFS industry by implementing an independent third‐party code compliance certification program for exterior and interior framing products in early 2011. The program is open to the more than 70 CFS product manufacturers and will ensure that products produced by SFIA manufacturing members meet all applicable building codes. Also, SFIA is planning to develop an independent third‐party code compliance certification program for framing accessories,” stated SFIA interim Secretary John Roberts (Dietrich Metal Framing).

According to SFIA interim Treasurer Ray Frobosilo (Super Stud Building Products, Inc.), “We feel that SFIA will be in the best position to promote innovation and improve competition with lumber and masonry products, and will be in an excellent position to fund important research.”

SFIA will be guided by a Board of Directors that will meet a minimum of two times each year, once in fall and once at AWCI’s Convention & INTEX Expo. The Board of Directors and Officers will be elected at the first membership meeting on April 5, 2011, in Las Vegas, Nev. The board consists of four officers, two small, two medium and two large CFS product manufacturers, one steel mill, one supplier/distributor and one contractor.

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In the past, steel buildings were mainly used for large-scale industrial sites. However, metal construction is increasing in popularity for smaller structures like schools, churches, retail stores and private residential homes. Until recently, the lack of curb appeal and versatility was the reason many would not consider metal for anything other than commercial steel buildings. Today, these aspects are much more attractive and the affordability and durability are recognized and sought after. Siding, brick, stucco and additional options can now be used for the exterior. These options are well-insulated, easy to maintain and the construction time has a much smaller window than traditional options. They also cost much less than stick-built homes of the same size and quality.

Steel buildings are also extremely versatile in the framing. These can be framed to look exactly like traditional houses or have a vast open floor plan with few interior walls. Pole construction used while building makes the walls non-load bearing, so the poles support the weight of the walls, allowing for large open spaces. These can create dramatic, wide open areas for entryways, living rooms and kitchens but smaller rooms can be contained for bedrooms and bathrooms. There are also much cheaper framing costs.

Some individuals are also choosing prefabricated building kits for the ease of assembly and additional cost savings. This option has the structure partially assembled when they are shipped to the lot. Since a lot of the assembly is completed at the manufacturing site, the construction is quicker and costs less.
www.steelbuildings.org

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metalconstructionnews.com

The Leadership in Energy and Environmental Design is a holistic green building rating program. Introduced in 2000 by the US Green Building Council, LEED has transformed the green building market.
Steelscape Inc. is a strong supporter of LEED and its goal of sustainable construction. As such, Steelscape has developed a LEED Guide to assist customers in understanding the various LEED rating systems and how they influence the construction industry.

The Steelscape LEED Guide provides basic information on the categories within each LEED rating tool, the various credits, how points are awarded, and where Steelscape’s products may be used to help buildings meet LEED requirements.

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erectors.com

I am now receiving more requests for jobsite metal building systems analysis, consultation and consulting directives than ever before in my 23 years of metal building erecting. It has finally gotten to the point, I have to write this article in hopes those persons seeking to purchase metal building systems and related services on line would heed some warnings that are actually very easy to identify.
I have been in the steel building industry over 23 years and have gone to great lengths to gain knowledge and the experience of good erection practices including erecting procedures for many different styles and designs of metal building systems. I am a certified erector of many national accounts and warranted work for at least five of the top ten metal building manufacturers in the World.

Example: Recently I had been asked to fly out to a particular jobsite in South Carolina to review and consult on the metal building system used and the quality of installation procedures and techniques used to perfect this project.

Upon arriving onsite I witnessed a completely devastated jobsite! There were two individuals trying frantically to install the last piece of corner trim, which was apparent to me that the wall paneling was so far out of plumb that the standard corner trim was not going to fit no matter how many times they put it up, took it down, cut on it or shrank/stretched it!

As I toured the jobsite I was taken back by the poor quality of workmanship. For example, as I began to enter the building through one of the three 12’ wide framed-openings, I was suddenly stopped by the sight of the wall paneling next to the jamb of this framed-opening! I noticed that at the base, the panel high-rib split or was centered on the jamb trim, then looking up, realized the cut at the top was somewhere in the middle of the “low” of the panel at the Jamb-to-header connection. As a professional, who could possibly think this acceptable!

There where many other items after review that could be considered unfixable or damaging to the integrity of this structure. All of this could have been avoided and the project brought in on time and on budget by a qualified professional erecting company.

After conferring with the owner on my observations, he then disclosed to me that he had already paid the full cost of erection to the “so called erector” and that he was a little upset at the fact that they weren’t completely finished at this time………… How do you respond to that? Situations like this bring to mind questions; does the erector carry liability insurance? How about Workmen’s Comp? The most important question that should be asked is ARE THEY QUALIFIED?!

I have recently been on projects that were supplied by internet manufacturers, many of their names I have never heard of. These are regions of the country that are well known for high winds, code requires that permitted structures be designed for the appropriate wind loads. This particular structure was located in an area that is required by code to have a 120 mph wind load. After review of the provided prints it was noted that this said structure was designed with a 75 mph wind load as well as not being designed for any other code requirements for that region. The reason I was contacted is that during the erection process a storm had come in and winds with gust of 60 mph had damaged the structure. The wind had made the first three bays in this 300’ long building start to compress and had dramatically bowed-out all the purlins and girts by 2’ to 5’, even though all of the required Brace rod, Lap bolts and Flange bracing had been installed. In short, it wasn’t Erector error it was a complete failure in the design!

I could speak about many other cases but I hope you get the point! The Pre-Engineered Building System is a fabulous building medium and has been proven over time in almost every environment. It is one of the most durable, economical, efficient and quality accountable systems, dollar for dollar in the World. It should always have a successful and predictable out-come.

If I could only remind people of the most basic of good business practices; “References!” check them, before you even start! There are systems of accreditation, specification and procedure responsibilities that can be used in qualifying The Metal Building System and Erector you’re planning to purchase and/or contract with.

My observations and experience has taught that “You pay for what you get!” if someone or something is dramatically lower in cost than everyone else. BEWARE; they usually are for a reason; Liability insurance, Bond ability, Workman’s compensation, Work history and of course.. References!

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erectors.com

The Metal Construction Association (MCA), expanding the use of metal in construction through marketing, technology, and education, has recently taken steps to make architects, architectural students, universities, and builders more aware of benefits of insulated metal panels (IMP), a type of paneling that will be known for its efficiency, high performance, reduced erection time and coordination, thermal performance, and aesthetics.
First, insulated metal panels are installed outboard of a metal stud cavity or other support system, minimizing thermal short circuits. Secondly, the panels incorporate a metal air and vapor barrier, eliminating other materials and construction trade coordination. Third, insulated metal panels provide highly efficient insulation in a small space. Fourth, the panels also provide a metal aesthetic exterior in a variety of sizes shapes, and colors. Superior thermal performance of insulated metal panels shadows standard wall construction practices and how they meet current and pending thermal code guidelines.

“Architects and contractors need to know, not only about the IMP, but also about the limitations of current wall construction methods, new thermal codes requirements, and how to build a quality exterior metal wall system,” said Scott Kriner, MCA spokesperson.

Recognition by the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) of the shortcomings of insulated metal stud cavities, along with increased thermal performance requirements, has illuminated IMP as a uniquely efficient solution.

“Insulated metal panels have been manufactured for over 30 years, yet unlike other construction materials, knowledge of the benefits and uses of this product are limited in the architectural community,” remarked Kriner. “Now, with new energy codes and moisture control concerns, insulated metal panels provide a unique high performance solution in a compact product, eliminating other materials and reducing field labor.”

Insulated metal panels were one of the first exterior wall systems to install insulation outside of the support system without compromising thermal performance. Now, other systems are attempting to find similar answers, but must contend with various trades, insulation material efficiency, thermal short circuits and fire code acceptance. Currently, IMP systems are one of the few that meet all the performance criteria with minimal compromising.

“It is a product with a rich history, but made to meet and exceed the requirements of the future,” finished Kriner.

About Metal Construction Association (MCA)
Founded in 1983, MCA strives to expand the use of metal in construction through marketing, technology, and education. As a metal in construction industry organization, MCA’s members can develop and implement both macro and micro programs and activities to promote the use of metal in construction. MCA offers its members a unique opportunity in focusing industry efforts to increase the use of metal through innovation. For more information, visit www.metalconstruction.org.

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erectors.com

The metal roofing industry has had a “love/hate” relationship with snow retention systems. While the inability to control the release of snow may be the only major weakness of metal roofing, the industry has not embraced snow retention systems. SNOWGRIP, a new “first of its kind” snow retention coating, may be the system the metal roofing industry has been waiting for!

www.snowgripit.com has been designed to create SNOWGRIP believers in ten minutes or less. The 8-minute video on the home page and 30-second video on the 4th page provide an efficient orientation to SNOWGRIP with powerful imagery and an easily understood presentation. The site has applications for contractors, specs for architects and an online “Request for Price Quotation” form.

In addition to impressive snow retention capability, SNOWGRIP benefits include easy installation, affordability, enhanced roof performance/energy savings and more. SNOWGRIP has patents pending in the US and Canada and is available immediately to install before next winter’s snow falls.

SNOWGRIP is a “must see” product!

SNOWGRIP is a two-part Monolithic Abrasive Snow Retention Coating for metal roofs located in snow country. SNOWGRIP is so effective and so simple to install, it will enable Metal Roofing Manufactures to address their snow retention problem, while gaining market share against asphalt and membrane roofing. SNOWGRIP is designed to coat the entire roof to prevent any portion of the snow pack from beginning to slide.

SNOWGRIP promotes a uniform lightweight dehydrated insulating snow layer that remains on the roof. The base coat is a top quality liquid rubber membrane roof coat that bonds to the metal roof surface and secures the topping application of special abrasive granules that protrude from the SNOWGRIP surface. Snow and ice conforms to SNOWGRIP’S abrasive textured surface, creating a bond like none other in the roofing industry. The gravitational forces quickly bring the melt water into contact with SNOWGRIP roof surface. The traveling water efficiently flows off the roof system through natural airspaces, which formed below the insulating snow layer and between the raise SNOWGRIP granules.

The insurance industry doesn’t offer coverage for those who are injured or killed by ice and snow falling off roofs, calling such occurrences an “Act of GOD”. These insurance practices place an extreme liability on building owners and others. The SNOWGRIP “hybrid” metal roof solution will save millions spent on litigation, property damage and maintenance costs associated with snow slide accidents and ice dam claims. “SNOWGRIP is most likely a field applied application, but it may be possible to develop a pre-erection or factory applied finish.” A SNOWGRIP spokesman stated “The product is an ideal new profit center for a metal building contractor network and will create opportunities for theses contractors to provide additional service to past customers.”

SNOWGRIP is in the process of applying for an Energy Star Partnership. SNOWGRIP has several colors that are extremely reflective, reducing solar heat during the summer months. SNOWGRIP will also save energy in the winter, maintaining a dehydrated lightweight insulating snow layer on roof’s surface.

SNOWGRIP inventor Wes Fontecchio has spent years coating old metal roofs and repairing the damage caused by sliding ice and snow. A team including an architect and construction professionals formed to develop and market SNOWGRIP.

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mbma.com

CLEVELAND, OHIO – www.mbma.com:  The Metal Building Manufacturers Association (MBMA)
announces the release of the 2010 Fire Resistance Design Guide for Metal Building Systems. The
guide provides building owners, architects, engineers, specifiers, fire marshals, building code
officials, contractors, product vendors, builders and metal building manufacturers information
on how to effectively meet fire resistance requirements of a project with metal building
systems.

“MBMA has consistently been at the forefront of design and testing the fire resistive properties
of metal building systems,” says MBMA chairman Chuck Haslebacher.  “This new guide brings
the available information together in a handy reference guide for anyone who works with metal
buildings or needs information on their fire‐resistance properties.”
This design guide was commissioned by the MBMA to consolidate and present the available
information on common fire‐resistant construction practices for metal building systems and the
twelve existing MBMA sponsored fire‐resistive rated assemblies. It has been developed in the
context of the relevant provisions of the 2009 International Building Code (IBC) and its typical
applications in the United States. The guide provides up‐to‐date information on passive forms of
fire resistant systems, codes, detailed explanations of specific fire protection materials and ways
to provide one‐ and two‐hour fire rated assemblies for walls, columns, roofs, floors and ceilings.
The Fire Resistance Guide has 8 chapters plus appendices. It includes both broad background
information for practitioners not familiar with the subject as well as advanced guidance and
insights for more experienced users. The guide specifically addresses the steel‐fire protection for
low‐rise metal building systems, also referred to as passive protection. There are chapters on
gypsum board , spray‐on  materials and other fire protection materials. Additionally, there is acomprehensive list of resources for fire resistive design, and appendices with both MBMA sponsored and other fire‐resistive assemblies.
MBMA has served metal building systems manufacturers and suppliers since 1956. Its
membership represents more than $1.9 billion in annual steel shipments and accounts for
approximately 39% of the total non‐residential low‐rise construction market in the United
States. MBMA provides engineering leadership through the many research programs that it
sponsors annually, often in coordination with major universities and engineering schools
throughout North America. This research is used to improve the performance, efficiency and
quality of metal building systems and to elevate the technology used to produce them.
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