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Posts Tagged ‘steel buildings’

Why American Steel Buildings are Popular

Thursday, July 21st, 2011

During the past decade, American steel buildings have consistently been the top choice for construction, renovation, or expansion of various facilities. American steel buildings, after all, are economical, flexible, and durable – perfect for any building type, purpose, and budget.

Now, American steel buildings may not look the same in terms of interiors and exteriors. However, all American steel buildings share common components that are indispensable for such structures, namely, girts, purlins, cladding, bracing, I-beams, C-sections, and fasteners. There are, of course, other possible components but these are the basic ones that make American steel buildings the economical and efficient building that they are.

Manufacturers recognize that these days, investors – whether big companies or starting entrepreneurs – are all constantly looking for ways to make the most of every dollar. It is a good thing that American steel buildings are designed for efficiency, not only in function but also in form. This feature comes as a consequence of characteristics common to all American steel buildings. One, steel being a naturally strong metal allows for only a minimal number of parts to be used while maintaining exceptional structural integrity. Also, today’s computer modelling technology also makes it possible to optimize the use of material, meaning, no matter what the design of the building, only the amount of steel needed will be used. This is primarily why material and construction costs are kept at a minimum.

You won’t have to worry about getting cheap performance just because you paid a relatively cheap price. Structural optimization of American steel buildings has in fact been proven to reinforce the building’s quality. Imagine paying less for more structural stability. This is because the material optimization leads to structural redundancy – this simply means that even with less material, more load paths are being made available for within the structure. Having multiple load paths, in turn, implies that the building is stronger and more durable since the load is well distributed; thereby, lengthening the service life of American steel buildings.

While speed and ease of construction are two other popular characteristics tagged to American steel buildings, these aren’t exactly the reasons why investors go the unconventional way. The versatility of American steel buildings almost always seals the deal. Not only are American steel buildings flexible in terms of design, they are also very accommodating to changes. This is why steel buildings are popularly used for commercial and industrial applications. The moment you find the need for more space, you can easily make the changes you want since steel buildings are also designed for disassembly and expansion. End walls can easily be detached and reattached to make way for new components and provide more room.

With all these features combined, and possibly more, it’s easy to see why American steel buildings are undoubtedly the best buys in town.

Renewable Energy Sources for Steel Framed Buildings

Wednesday, July 20th, 2011

Renewable energy technologies have been all the rage ever since they were first introduced in the steel framed buildings industry. This is primarily why manufacturers are continuously developing new technologies – the market easily got interested and there is a strong promise of bigger financial gains in this venture.

More and more people are getting involved in “green” movements. Simply said, these “green” movements are campaigns toward energy efficiency, conservation of resources, and sustainability. In recent years, “green building” has been added to this list and steel framed buildings actually belong to this category.

So as you can see, the development of renewable energy technologies only reinforces the fact that steel framed buildings are environment-friendly. What’s more, nowadays, most investors are also on the lookout for things like carbon footprint reduction, community ordinances, and social responsibility. Hence, the addition of renewable energy technologies to the wide array of components for steel framed buildings is only timely.

Wind turbines are part of these renewable energy technologies and are probably the easiest to spot in the industry. Decades ago, wind turbines are common only in rural areas, atop agricultural structures and a few factories. Today, however, wind turbines can also be found mounted on steel framed buildings in industrial and commercial zones. This only proves that there are really no bounds as to where this renewable energy technology can be used.

Wind turbines, from the name itself, make use of the wind to produce energy. Two factors that affect wind strength are landscape and region – this is also why wind turbines were initially popular only in rural regions. However, as long as you’re in an area where winds are commonly strong, you might want to consider using this wind to your advantage.

Why are wind turbines good for steel framed buildings? Of course, you might be thinking twice about shelling out more money for this component. A wind turbine essentially uses wind energy to create mechanical energy which, in turn, is used to generate electrical energy. Imagine the energy savings potentially incurred if steel framed buildings can be powered by using something as natural as the wind.

Installing wind turbines on steel framed buildings have certain advantages and disadvantages. Of course, the primary benefit would be cutting energy costs and equivalently, helping conserve energy sources. Compared to other technologies, like solar panels, wind turbines take up relatively less space. However, one disadvantage is that wind turbines relatively cost more than solar panels. Nonetheless, in the long run, the initial investment will be certainly be offset by the savings on energy costs.

Common Features of Steel Framed Buildings

Tuesday, July 19th, 2011

Steel framed buildings are known for being cost-effective building solutions, especially, nowadays, in industrial and commercial applications. Moreover, thousands of owners have affirmed the fact that steel framed buildings are virtually maintenance-free. This is why, up to date, manufacturers and suppliers alike stand confident about steel framed buildings and their many benefits. This unbelievable stability and durability is mainly due to the inherent strength of steel, which is, rather obviously, the fundamental building block of steel framed buildings. In addition to that, the designs of the essential steel building components have a lot to do with the reinforcement of this material strength.

The common consumer seldom knows the typical features of steel framed buidlings. Usually, buyers are only mainly concerned about the overall design and performance of their steel framed buildings. However, it is always better to be an informed consumer since your security and confidence in the quality of your steel framed building strongly depends on how much you pay attention to the details. Long-standing steel framed buildings were most probably built with these common features, so you might as well have then included in your own:

First on the list are purlins, galvanized girts, and C-sections. These components guarantee the strength and firmness of steel framed buildings. These features act as skeletons for the secure attachment of sheeting such as roof panels and wall panels.

The I-beam comes in second. This is probably the most popular of all steel building components since it is the easiest to spot. Practically all steel framed buildings are made of I-beams that come in different sorts – horizontal columns, vertical columns, and trusses. The basic function of the I-beam is to provide structural support from the floor to the roof.

Contrary to the popularity of I-beams, stainless steel self-drilling fasteners are the components that commonly go unnoticed but are of equal importance in terms of function. These fasteners allow for rapid-drilling and are probably the smallest but single most important component that set steel framed buildings apart from the rest. Without fasteners, steel framed buildings cannot be built in half the time or more appropriately, cannot be built at all as these small components actually attach the steel members together.

Now, steel framed buildings are also known for thermal efficiency. Insulation systems and siliconized polyester coating are the two components that function to make this feature possible. Well-installed insulation systems are usually made of three parts: vapor-lock composite insulation, WMP-VR fiberglass insulation, and premium insulation. On the other hand, the siliconized polyester coating acts as a thermal barrier that works great for warm seasons since it keeps the interior temperature comfortable low.

While the common features of steel framed buildings have been laid out for you, it does not, however, imply that these are the only components that you can have in your steel framed building. Everyone has the liberty to make their steel framed buildings as unique and functional as they would like. In fact, nowadays, steel framed buildings are indistinguishable from traditionally made structures.

Understanding American Steel Buildings

Monday, July 18th, 2011

Steel, an alloy of carbon and iron, is easily gained recognition in the construction arena since it was first introduced, and is possibly the most widely used metal alloy for structures whether for industrial, commercial, and residential applications. American steel buildings are essentially made up of, as the term implies, steel. And the many benefits of American steel buildings are owed to the innate properties of this hard-wearing metal.

Apart from immense metallic strength, steel is also – surprisingly – very light weight. This property essentially facilitates the quick assembly of American steel buildings. In fact, steel has the smallest strength to weight ratio relative to other construction materials.

It is common knowledge that American steel buildings are pre-engineered, pre-fabricated structures. Because of its lightness, steel members are easy to transport in kits from the supplier’s location to the construction site. However, steel’s flexibility basically allows for the pre-fabrication process. Steel is highly malleable and hence it is readily possible to create steel members of practically any form. This is also why American steel buildings are known to be fully customizable in terms of design. Nowadays, in fact, there are rarely ever two American steel buildings that are exactly alike in structural design.

American steel buildings are known to be maintenance-free structures. The primary reason for this is again because steel is innately highly resistant against corrosion. This is also why American steel buildings stand strong even when exposed to changing weather conditions. American steel buildings do not corrode nor deteriorate even when constantly exposed to fluctuating moisture levels in the atmosphere and water from rainfall or snow. This is also why manufacturers don’t really think twice about offering 20- to 30-year warranties.

Now, how do you know if you’re getting the right quality of steel for your building? There are several guidelines you can check as you go along finding the right steel building supplier. However, you can just as well remember only the rule of thumb – the quality of steel can be seen right through its appearance. In general, the more lustrous the metal’s surface, the more refined the steel is.

Apart from that, there are more technical ways of finding out the quality of steel. Of course you would want to have a structure that can match the other American steel buildings that are still standing strong up to date. There are such things as stress and shock tests meant to measure tenacity and endurance of the material. There is also such a thing as the R-factor or the resistant factor meant to represent the strength of a particular kind of steel. You must check that these numbers would be good enough to meet your expected performance before making any purchase. Usually, resistant factor of 28-gauge or more is used to guarantee hard-wearing American steel buildings.

In short, the quality of a steel building is dependent on the quality of the basic material, which is steel. Hence, it is important to know the fineness of the material and its properties before choosing which steel type will work best for your purpose.

Why Steel Frame Buildings Make Ideal Showrooms (Part 2)

Thursday, July 14th, 2011

Wall panels can easily be replaced by glass panels to show of your cars even meters away from the building.  High and wide glass displays are the most common feature of auto dealership buildings.  Steel frame buildings can go as high and wide as you would want, up to a clearance of 300 feet without faltering structural integrity.

In addition to that, you can opt to install skylights, to brighten up your interiors without the extra energy costs.  Skylights are the effective and environment-friendly alternative to fluorescent bulbs or other electric light sources.  Steel frame buildings can accommodate your need for space and proper lighting while sticking to the set budget and schedule.
After all, ambience has a lot to do with making the right impression to your customer.  Investing on a steel frame building will ensure that you get these benefits.  And with spacious, nicely lit interiors you are sure to get the right attention on your cars and seal the deal even before the customer sets foot on your showroom.

Up to date, there is still a growing interest in the auto dealership industry.  This is because the demand for cars all over the world is consistently rising just as much.  In 2007, a study revealed that 9 out of 10 Americans own cars, making the U.S. the leader in world car ownership.  This number was closely followed by Asia, particularly in China and India.  Those numbers have exponentially grown since then alongside the increasing buying power of consumers.

Steel frame buildings are perfect for individuals who are just getting started in the industry.  This is primarily because steel frame buildings require less capital for construction.  While most auto dealership companies allocate money for space rental or lease, you can actually have your own showroom.  Steel frame buildings are affordable and fully customizable to fit both your taste and your budget.  Steel frame buildings are also designed for expansion.  So when sales start picking up and customers continue to grow in number, you can readily adjust to your increasing business needs.

Some auto dealers incorporate other services in their business, commonly car washes and service centers.  Some auto dealers think twice about investing in a metal building thinking that steel frame buildings will deteriorate easily with constant exposure to water, for example.  However, manufacturers have quickly addressed this concern with fiber glass liners, special coatings, and other possible alternatives widely available in today’s market.  Most owners prefer to have the steel treated for long term protection against the elements and other possible causes of corrosion.

Why Steel Frame Buildings Make Ideal Showrooms (Part 1)

Wednesday, July 13th, 2011

Auto or car dealership started to become quite a booming business in the States when laws started to ban car manufacturers in the United States from direct selling. And since starting entrepreneurs saw the opportunity in this, the auto dealership industry become tight and highly competitive in no time.

However, though the industry may be saturated, it is not too late for anyone who knows just how to get started. The secret to keeping up with the fast-paced trend is to have a display that will easily lure and capture your target audience. After all, a showroom is just as good as the image of the dealer – it evokes reliability and quality of service.

This is exactly the role of steel frame buildings – to establish a firm and good dealer-buyer relationship from the moment your customer sets eyes on your showroom. Note that 84 percent of the market relate to a positive dealership experience overall. This means that customers are particular about their showroom experience, not only the dealership in itself. And, needless to say, that is why you must invest on this “showroom experience” – because the 91 percent of new car purchases in the U.S. are a consequence of this positive impression.

Over the years, both individual dealers and companies have put their trust on steel frame buildings to boost their business and meet their objectives with a shorter timeline. Dealers have found the flexibility and economy of steel frame buildings as highly desirable in the industry they belong in as opposed to investing on traditional building solutions.

A primary problem of car dealers is showroom layout. Every now and then a new model comes in and the entire showroom shifts. This is exactly why steel frame buildings are the ideal showrooms. Steel frame buildings are very flexible not only in terms of design but also in space and layout. Since steel frame buildings require only a few interior columns – at other times none at all – you won’t have to worry about having obstructions in your showroom. This means you get maximized space for displaying your cars and other products. And don’t worry about the structural integrity of your showroom; having less interior support does not affect the strength of steel frame buildings in any way.

Steel frame buildings come in kits, facilitating fast and reliable construction. There are a lot of options for exteriors, just in case you are wondering about how your showroom will look like upfront – manufacturers recognize that this is an important feature for auto dealers.

Green American Steel Buildings

Tuesday, July 12th, 2011

Over the years, there has been a growing concern for the state of the earth’s natural resources and their apparent fast-moving depletion. Today, it has been proven that in 50 years or so, most of the planet’s energy sources would have been used up, among these sources being oil – which is the basic reason why all industrial countries live and breathe.

Manufacturers of American steel buildings saw how this movement can be an opportunity for steel structures to take the spotlight and, at the same time, serve as a venue for every American to be socially responsible.

“Green building” started to become a popular term in the States, especially in regions like California, where sustainability has been a recent top priority. Green building simply means using alternative materials and new technologies in a move to gain sustainability, both in resources and energy. In simple terms, sustainability can be achieved by using renewable energy sources, choosing recyclable materials, paying attention to carbon footprints, among other things. American steel buildings actually meet most – if not all – these requirements. And this is precisely why American steel buildings are currently taking the lead in the green building movement.

Compared to concrete buildings, American steel buildings relatively consume less material and their construction consequently produces less waste. What’s more, American steel buildings do not simply manifest these characteristics during the time of construction. These structures are actually environment-friendly in every way up, until the time they have to be demolished. In fact, American steel buildings are 100% recyclable. When a steel building is demolished, practically all of the steel components can be recovered even with all the non-metal debris, thanks to existing technologies and steel’s innate magnetic properties. The recovered steel can then be cleaned, melted, re-shaped, re-built into practically a new steel building without compromise to quality and structural integrity. This is fairly an impossible feat if wood or concrete were used for the building.

American steel buildings do not cause pollution to nature in any way. One basic reason is that American steel buildings, unlike wood or timber, do not have to be treated with toxic substances to protect the members from infestation. Steel does not rot and virtually needs no maintenance for over 30 years.

In addition, manufacturers are continuously improving their fabrication processes to produce American steel buildings with less greenhouse gas emissions.

Indeed, when speaking of green construction, American steel buildings will always be at the forefront.

Ridge Vents for Steel Storage Buildings

Friday, July 8th, 2011

Atmosphere control is an important concern for designers and engineers of steel storage buildings.  For one, because comfort is always a priority in relation to any building’s occupants but moreover because most steel storage buildings are meant to keep items that are sensitive to temperature changes.

Heating, ventilation, and air conditioning systems – more popularly, HVAC systems – are the major players in this aspect.  HVAC systems essentially function to regulate the temperature, the air flow, and other factors that affect the overall ambient conditions of steel storage buildings.

An HVAC system is not only meant to keep the building’s occupants comfortable. This set of components also functions to keep them in a healthy state.  Steel storage buildings with HVAC systems ensure that harmful organisms cannot thrive within the building’s premises.  Moist and unsanitary environments are conducive to the growth of these organisms.  And one function of an HVAC system is to prevent the accumulation of moisture in the atmosphere.  Hence, humans are not the only ones protected, but likewise the assets kept within the HVAC-equipped steel storage buildings.

Proper ventilation is especially important for steel storage buildings.  Apart from the previously mentioned advantages, the basic component of the building – steel – is a metal and is therefore easily affected by condensation and susceptible to heat transfer.  Steel storage buildings often use accessories in place of – or in addition to – HVAC packages.  Ridge vents are particularly concerned with respect to ventilation.

Ridge vents are particularly effective for reducing condensation within steel storage buildings.  A ridge vent is commonly found at the peak of the building’s roof.  This component commonly comes with other accessories for steel storage buildings such as louvers, turbine vents, and gravity vents.  This strategy of using combinations of devices actually contributes to achieving a better airflow system.

One of the important considerations for ridge vents is size.  Manufacturers and designers alike agree that size is an essential factor that affects the effectiveness of the vent.  Now, the size of the ridge vent is dependent on the size of the structure.  For steel storage buildings with an area of about 2400 square feet, experts believe that a 10’ ridge vent will be enough to regulate the airflow within the bounds of this region.  This fact has actually become more of a rule of thumb, passed on over the years, for setting up ridge vents.

Another consideration would be the number of equipment and of people that are supposed to occupy the area, as these also affect the atmosphere.  Note that the size of the ridge vent must be properly established before installation in order to fully reap the benefits of a well-ventilated steel storage building, such as comfort, energy efficiency, and cost savings.

Steel storage buildings continue to serve the different industries in the country due to their unmatched durability. Installing accessories such as ridge vents, adds up to their reliability and unbeatable performance.

Steel Framing, The Mark of Sustainability

Thursday, July 7th, 2011

Going “green” should not just be a fad but a way of life. It should be an integral part of our lifestyle in order to put a stop or maybe even reverse the destruction brought about by the ill effects of our irresponsible actions to the earth’s natural resources.

The green movement is anchored on sustainability. Sustainability means the capacity to endure, among its many other definitions. Environmental sustainability is the maintenance of factors and practices that contribute to the quality of environment on a long-term basis. There is no other structure in the world today that breathes life into this meaning of sustainability than the EcoArk building in Taiwan.

Described by its builder as the lightest, portable, and most probably, the greenest and fully functional structure in the world today, the EcoArk building was built using 1.5 million recycled plastic bottles formed into POLLI-Bricks.

Inspired by the structural strength of honeycombs, a small amount of silicone is used to bind the POLLI-Bricks together before they are formed into panels, which were placed side-by-side to form the curtain wall system of the structure. The nine-story-tall EcoArk building covers an area the size of six basketball courts.

To complement their adherence to the mantra of “Reduce, Reuse, Recycle”, the designers of EcoArk made use of a steel frame for the building’s structural foundation. Steel framed buildings are highly regarded as a form of sustainable construction since steel is infinitely recyclable.

Steel framed buildings come in standard sizes and shapes but modern advances in technology and design have enabled these structures to be highly customizable – they can take whatever form, shape and size as the owners want them to be.

Another sustainable feature of steel framed buildings is their prefabricated nature. The whole building is delivered to the site in flatbed trucks ready for assembly. This means, there is less manpower needed for construction and minimal wastes at the job site. Less labor means lesser energy to transport men and machines.

The EcoArk was primarily designed as a public structure for exhibitions, conventions, and other large-scale events that require a lot of space. This may be the major reason why the architects chose to use steel framing. Due to the strength of steel and the state-of-the-art engineering that goes into these structures, steel framed buildings can be built with clear span interiors, providing column-free floor plans and an uninterrupted view of the unique walls.

Clear span interiors do not mean that steel framed buildings are less stable. In fact, the EcoArk has been engineered to withstand strong typhoons and major earthquakes. The building also makes use of natural ventilation through an exterior waterfall that continuously bathes the structure in water collected from rains. Its electricity comes from solar panels installed in the buildings roof.

The EcoArk is hailed as the benchmark for the future of green construction and a testament to the eco-friendliness of steel framed buildings.

Facings: Essential Components of Steel Storage Buildings

Wednesday, July 6th, 2011

Insulation is considered an indispensable component of steel storage buildings. This is primarily because insulation maintains thermal equilibrium within steel storage buildings. If temperature is regulated, this in turn means that the items inside the structure are kept intact, especially if these items are sensitive to changes in temperature.

Now, insulation almost always comes with facings – this is the external part of the insulation system. Facings are commonly regarded to be decorative in nature. However, steel storage buildings are not only embellished by the addition of facings. This part of the insulation system actually act as vapor barriers, light enhancers, and improved structural integrity for steel storage buildings.

Facings are commonly reinforced with fiberglass or a nylon mesh because the original material is quite delicate in itself and since facings are also inner wall material. Reinforcing the material also protects it from punctures and scratches and thus increases its durability. Otherwise, facings can’t do any more than improve illumination for steel storage buildings.

In relation to illumination, facings improve this aspect by reflecting the available light within steel storage buildings. Hence, it is important to choose the color of the reflective foil facing. Silver is probably the most common color but some prefer a darker ambience for steel storage buildings and hence, use black colored facings.

Facings don’t really block the flow of water vapor. However, facings actually limit the rate of volume flow within the insulation system. In doing so, facings prevent the moisture from building up within the insulation system and consequently, the structure. This is why steel storage buildings with insulation systems and built-in facings are thermally efficient and therefore incur less energy costs. Now, there are four main factors to be considered to achieve this: location, permeance, and installation.

After selecting facings that can meet the reflective quality that you require, you must now check that the facings will be put in their rightful place – that is, at the inner, heated surface of the insulation system. This is the spot where vapor pressure is highest and where facings must work to prevent condensation from taking place.

In order to minimize moisture build up within steel storage buildings, facings with low permeance are common in the industry. Perm rating, another term for permeance, is defined as the amount of water passing through a square foot of material per hour. Performance is actually inversely proportional to the perm rating – that is, the lower the perm rating, the better the performance. Usually, a perm rating of 0.1 or less is favorable and sufficient.

As for installation, of course any component must be properly installed in order to perform effectively. Facings with no punctures, cracks, or other damages will do well to maintain an ideal atmosphere for steel storage buildings.