Once any business, consumer, or organization begins designs for a new construction project involving steel, the choices can seem complex and confusing. Advertising on the radio, television or the Internet shows steel to be a very marketable product. A number of these advertisements speak of the low cost, “hot�? deals, and the need to “buy soon�? before the prices go up. Investigating such companies’ claims can help you in determining if you are getting a cheap metal box or a premium quality steel building.

Heavily relying on the cheapest priced steel building can be detrimental to your project because initially cheap steel buildings can turn into quality and maintenance nightmares very rapidly. They often become expensive structures to maintain at the back end of the project, when the building is put to full use.

Fortunately, on the other hand, there are many premium quality steel buildings sold at a low cost by many reputable steel building manufacturers and suppliers. These are oftentimes purchased at a fraction of the price of a similar sized conventional structure. The cheap “economy�? buildings that are of lesser quality are the focus of this article, however. These structures use thinner and lighter 29 gauge steel rather than the premium quality 26 gauge steel, which is favored by most companies. Twenty-nine gauge steel is not of sufficient quality for a building that will be inhabited. Maintenance problems with the use of 29 gauge steel can also be overwhelming.

A good example of yesterday’s technology is the Quonset hut. These can be purchased at very low prices, but the added expense of effectively insulating these structures can be very high and put the final cost of the building far beyond the price the purchaser was willing to pay. Quonset huts offer inefficient under roof space and the energy costs for this type of building can be daunting. This initially “cheap�? building can become very expensive over the course of time.

If you are considering the purchase of an inexpensive steel building, compare it with the prospect of needing surgery. Are you concerned more with the “cheapest�? doctor you can find, or would you prefer a quality procedure with a high chance of success, at a slightly higher cost? Of course, the “cheapest�? doctor is rarely anybody’s preference. Likewise, if you are interested in quality that results in overall success, you should consider the highest quality steel building that you can afford. Insist on only premium grade materials. This will probably not be the “cheapest�? building on the market, but it will likely be the best available price for a quality steel building. You will also probably receive a substantial warranty; there are no added “brokering�? expenses; and the proper design and rigging of your steel building will be completed through the company you purchased it from. There is no need to shop with a multitude of vendors for the options, accessories, and added features that you require.

The unsightly metal boxes that once blemished the landscape of the United States are, fortunately, not the same steel buildings on the market today today. Steel has been one of the top choices for the building of larger and more complex structures over the past 40 years; largely due to the innovations and design enhancements that have developed. Steel is now the preferred building material of choice for new warehouses, sports complexes, churches, and many other applications. Steel buildings started to see wide use at the dawn of the 20th century. Steel car garages were one of the first widely embraced uses, and small businesses and storage structures soon began to also use steel as acceptance grew. The 1920s saw steel buildings used for many agricultural structures. Cost-savvy farmers and ranchers were quickly displacing unusable wood structures with the sounder choice of steel buildings.

The first use of pre-engineered and pre-fabricated steel buildings introducing a rigid frame design came about in the 1940s. A rigid frame was found to be a strong and durable construction style because it provided the sturdy entire skeleton for the steel building’s framework. After more than 60 years, the rigid frame is still in wide use today and is actually the construction style of choice for a vast array of applications. Businesses could now enjoy the rapid erection time of a steel building, and began to build larger and more functional structures at a lower cost than with conventional building. Steel aircraft hangars, after the 1940s, became the popular choice for airplane owners and airports over other building materials.

There have been continued improvements in the pre-fabricated steel building industry since the 1940s, to include increased size capacities and design versatility. In 1956 the MBMA (Metal Building Manufacturers Association) was founded. The MBMA standardized the steel building industry and began a campaign towards further innovation along with a greater customer base for steel buildings. The year 2000 saw steel building construction make in excess of $2.5 billion dollars – compared to just $1.0 million dollars in steel building construction just 40 years ago.

The beginning of the 21st century speaks to even more innovation and popularity for the steel building industry. There has been, admittedly, a raise in steel costs over the past few years, but steel remains a lower cost building material and is exceedingly popular for many consumers, businesses, and organizations today. You should consider all the benefits of building with steel when embarking on your next construction project.

There are a number of factors to keep in mind when considering the purchase of a new steel building. Regardless of the steel building manufacturer or supplier you choose, you should still remember some very important considerations.Don’t buy a steel building “on the cheap” and pinch pennies on your structure. If your building is going to cost thousands of dollars, saving a hundred dollars here or there is not going to be significant in the long run. You are investing in a steel building that will potentially be used for 30 to 50 years, so you should get the quality features that you really want.

Pay close attention to supposedly “can’t miss” buying deals. If you have two companies apparently representing the same building to you, but that turn out to be thousands of dollars apart in price, you should investigate the fine print to discover why this is the case. The likelihood is that one company is not fully revealing the true quality of their building.

Building codes are also important – in fact, this is probably one of the most significant issues to consider. It is your responsibility, not the building manufacturer or supplier’s, to make sure that you contact your local building code office to find out if approval can be obtained. Go over the building specifications, with the code office, that you have received from the company you are considering dealing with. Do not sign a contract or send in any deposit until you have verified the proper coding that is necessary to achieve approval. Changes in the contract to meet a proper code will always drive the price up, so, in order to avoid surcharges, you should ensure that the contract reflects the proper specifications and coding before you sign.

Make sure you get any agreement with a manufacturer or supplier in writing. Some companies may ask for verbal approval in order to get the factory working or to “lock-in” the quoted price. This is never the way to go about a purchase. Getting all of the details in writing will ensure that you know exactly what you are buying.

Today, modern building materials, insulation, and finishing options all figure in to the final cost of your steel building. The cost savings of a steel building over conventional construction can be impressive. Because the labor to assemble your structure is drastically reduced, you can save up to 30% to 50% over the use of more traditional construction methods and materials.

A steel building can be erected very quickly. A completely finished steel building, depending on size and complexity, can be operating in 60 to 90 days instead of the six months or more that conventional construction may take. Steel buildings are extremely durable. They do not normally require painting or maintenance and perhaps most impressively, they can last for as many as 30 to 50 years, depending on the manufacturer.

You need to consider a number of issues before beginning any metal building project. Following are six essential aspects that need to be determined before you embark on your project.

The first consideration is your budget and how much money you have available to fund your project. Many people make the mistake of having funding for the initial phase of their project but then not having sufficient resources for the completion of their project. If your budget is limited, you may want to consider a smaller building initially, which can expand to a larger facility as additional funds become available. The purchase of a cheap metal “economy” building is not advised. These buildings can quickly lead to money difficulties on maintenance issues. Purchase the highest quality metal building you can afford, to minimize your maintenance expenses.

Most metal buildings do not come with components as a base building package. If you require doors, windows, vents or any other components you should know that these are purchased separately from the base building package. Figure the amount and pricing of the components you need before purchasing the building to see if your budget is in line. Make sure you know the exact height of the metal building that you require. Figure at least two feet in height more than your tallest door or entrance clearance requirement.

The erector for your metal building project will rarely offer preparation of your site. This is your responsibility so you should make sure you budget accordingly for these improvements. The site needs to be cleared of all foliage and in some cases it will also need to be leveled. Contact a local landscaping company that has done this type of work before, if you do not have the time or manpower to do clear the land yourself.

You want to be sure that your new metal building has the space required for its use. Even though metal buildings are expandable, do not cut size requirements initially and complicate your space needs by “growing out of your building” quicker than expected. You should budget for as much space as required by your design needs.

The use of your metal building is important. You will probably need to go with clear-span metal frame construction if your needs are for a column-free interior environment such as a gymnasium. Clear-span provides up to 300 feet in width but is a more expensive system. You can save money if interior columns are not an issue – in a manufacturing facility, for example. This is called a multi-span metal frame system. These six aforementioned issues are vital considerations for the successful completion of your metal building project and you should review each point carefully.

If you have recently been interested in the purchase of a new steel building for your business or organization, you may have been aware of a lot of building advertising lately. You have probably seen ads on the internet or heard them on the radio. Everyone claims to have the lowest prices. Does this surprise you? Hence, you have to ask yourself if you are really making the right decision on the purchase of a steel building if you are relying heavily on price as the deciding factor.

There are many quality steel buildings sold at great prices by very reputable steel building manufactures and suppliers – sometimes at a fraction of the price of a more conventional structure. These structures are not the focus of this article. The cheap “economy” buildings are usually of much lesser quality. Firstly, premium quality steel buildings utilize heavy-duty 26 gauge steel. “Economy” buildings use a thinner gauged 29 gauge steel. This is not a quality gauge of steel to design a building that will be inhabited. The maintenance problems for these types of buildings are also higher in incidence than with 26 gauge steel buildings.

Quonset huts have been around a long time and are examples of yesterday’s technology. They are advertised at very low prices but the added expense of effectively insulating these structures can be daunting, and put the final cost of the building far beyond the price that the consumer thought he was paying. Quonset huts are basically an inefficient structure and the wasted heating and cooling costs over the life of the building can make this initially “cheap” structure a very expensive proposition in the long run.

Another way to look at which steel building to purchase is to compare the process to a necessary surgical procedure that you require. Do you shop around for the cheapest doctor, or the doctor who will perform a quality procedure and offers a high likelihood of success? Naturally, most people would opt for the latter. If you are interested in quality that results in success, then consider the highest quality steel building company you can afford. Make sure they offer only premium grade materials. Although these companies will not offer you the “cheapest” building, they will offer you the best available price on the market today for a long-warranted product. You do not pay added “brokering” expenses. You complete the design and rigging of your building through the company and there is no need to deal with different vendors for different phases of your construction that make proper coordination of all deliveries unlikely.

How is the planning of your new construction project going? Will you be building with steel? If you are considering using steel for your next building project, there are three basic steel frame types to think about. You can choose from clear span frames, modular frames, or single slope frame structures – and this article may help you to make the right choice of frame style to best meet your requirements.

Most steel building manufacturers or suppliers utilize a precision design and pricing system. This is true whether you are purchasing a structure by phone or over the Internet. The most popular choice on today’s steel building market is the sturdy-framed clear span steel building and it is easily priced. Likewise, the modular and single slope design buildings are also very easy to cost out.

The clear span frame design will be addressed first. This has been a proven and reliable structure for many years and the consumer can enjoy the economy of construction and the strength, durability, and versatility of steel by selecting this structure. No interior load bearing columns are used, so this frame style is ideally suited for uses where vast unobstructed interior space is required. These buildings are popular choices for industrial facilities, retail establishments, gymnasiums, and warehousing. The use of moveable interior partitions allows for the interior to be easily sectioned off into areas or rooms as needed. These partitions are not load bearing, so there is no limit to where or how often you move them. Clear span construction, however, does have some limitations. When an extremely wide building is required, the steel frames must be designed to be heavier to support the increase in loads. The increased width of the building will raise your cost per square foot. Clear span framed buildings, however, can be as wide as 300 feet and are at their most cost-effective when the width is around 150 feet.

The modular frame style, unlike clear span construction, employs interior columns. These columns more evenly distribute the building’s loads and they also reduce the cost of both the frame and foundation where great widths are required. The consumer will start to see per-square-foot cost savings as the building approaches 80 feet in width and it continues to offer greater savings with increased width. Most buildings greater than 150 feet in width need to utilize a modular frame style to maintain cost efficiency. Many factories, for instance, utilize modular design in addition to any steel building that needs moderate or substantial space under roof.

Finally, you may consider the single slope frame. These structures feature different eave heights on each sidewall. This allows the building’s roof to slope up from front to back. The eave height of the lower side needs to be pre-determined in order to calculate the right pitch to achieve the desired slope results. Roof pitch is simply the number of inches a roof rises vertically for each horizontal foot run. A popular choice for single slopes is ½:12 pitch, although higher pitches are possible. Single slope design is popular for mini-storages, offices, and strip malls.

This information may help to give you a better idea of the frame style that will best suit your needs. We hope it is helpful to you. For further information, contact a quality steel building manufacturer or supplier.

The old axiom “you get what you pay for” is as true today as it ever was. The pricing of steel buildings can be a confusing prospect, especially when you come across the same-sized building with varying price tags from different vendors. Many consumers simply choose the lowest priced building. But is this always the wisest choice?

You may decide to purchase a steel building due to its low price. However, most steel buildings do not come insulated, so if you live in a part of the country that requires wall and roof insulation because of weather extremes, the price of your steel building may suddenly escalate far beyond the price you had originally budgeted for. Unless your building is going to be largely unoccupied, insulation will have to be added and it will cost you additional money.

Many people choose so-called “economy� buildings that are offered by some steel building manufacturers and suppliers. These buildings are usually a 29 gauge steel rather than the heavier duty 26 gauge structures. The thinness of the metal makes this type of building questionable in quality for even the most moderate of climates. Many thinner metal buildings do not come painted so you will have to factor in Siliconized Polyester paint as an added expense.

Freight costs are another item to consider when purchasing a steel building. Some steel building suppliers “hide� the cost of freight by quoting your total building price as a “delivered� price. Have the company isolate the delivery cost so you can determine whether it is a competitive rate. Additionally, many companies use a “shared load� process where more than one building are shipped together, which heightens the probability of parts being mixed and lost. If you have the ability to make arrangements to collect the building at the factory yourself, then investigate this procedure as it may save you on delivery costs.

The cheapest metal building may be nothing more than an unattractive, unpainted metal box. Accessories and components such as doors, windows, ridge vents, gutters etc. are usually an added expense. If you are purchasing a 40×60 building, for example, and need to add a roll-up door, a walk door and a window, find out how much these options will cost. You may wish to consider buying these components locally as it may save you additional money.

Make sure that the company you are considering buying a steel building from has a design and engineering staff that will supply Anchor Bolt Plans and Engineer Certified Drawings with the price of the building rather than as an expensive add-on. These documents are essential to obtaining your local building permit and supplying your foundation engineer the correct information in order to lay a proper concrete slab for your structure. If you use a third party to get this documentation it may be expensive. Before you purchase any steel building, investigate all options and make sure it will not become an expensive venture.

The vast majority of problems with steel buildings stem from improper erection. A major consideration in any steel building project is to locate and employ a qualified and experienced erector. Professional steel building erectors will oversee the erection and ensure that all construction processes are on track for a timely and successful completion of the project. An inexperienced steel building erector can cause the customer serious unforeseen problems during the construction phase and at the completion of the project.

Most qualified erectors have assembled numerous steel buildings and are very familiar with the “ins and outs” of the steel building construction process. Hiring an inexperienced erector can cause unnecessary delays when problems arise and put your project days, or even weeks, behind deadline.

There is no “standard” system of steel building erection. An experienced erector who has experience with the erection of a number of different types of steel building systems should be hired. Qualified erectors know the different processes to make sure that a steel building is erected correctly and that the building is structurally secure and weather tight.

Inexperienced erectors will sometimes bid a job at a cheaper rate just to secure the work. Qualified erectors, on the other hand, will provide initial professional oversight of your project and look for areas that may save you money. The use of an inexperienced erector who will save you money initially can be very expensive at the back end of the project when expensive adjustments and errors are dealt with.

Make sure that you qualify the erector for your steel building project on your own. It is your money on the line, so take the necessary steps to verify an erector’s reliability even if they are highly recommended by another party. Suppliers will not remedy any problems caused by an improperly erected building. Spend the money upfront to obtain the best erector for a building so that your structure will provide you with many years of service. Ask for references. Take the time to call and stop by some of the erector’s previous projects to view the quality of the work. Talk to the owners of the building/s and discuss their experience with the erector you are checking on.

Check to ensure that the erector you are considering is certified, if necessary, for the type of steel building you will be installing. Certification requirements can be ascertained by talking to the steel building supplier. Some states require erectors to be licensed, so you may need to make sure that the erector you are considering is licensed if this is the case in your state.

Many suppliers have sold hundreds of buildings nationwide and as a result they often have long-standing relationships with the best erectors across the country. An erector recommendation from a supplier should be a part of your search process. The choice of an experienced erector is the most important decision in your steel building project process. Take the time to ensure that you make your choice carefully and select the right erector.

Most consumers are aware that steel building construction fits into many traditional categories such as agricultural, manufacturing, and commercial applications. However, the new uses for steel construction are plentiful and many may surprise you.

A steel building category that is seeing increased nationwide acceptance is automobile and truck dealerships. Vehicle dealerships enjoy the fact that their building can feature a mezzanine to allow for vertical parts inventory stores, rather than additional and expensive horizontal storage. A mezzanine utilizes previously unused overhead space without the need for a bigger and costlier building.

Churches are also seeing the benefits of building with steel. Most churches have limited funding available for new building construction and they quickly find out that more conventional construction methods (wood, brick, or masonry) can be up to twice the price of steel. Some churches with larger congregations also have the ability to erect their own structures because most rigid I-Beam steel buildings simply bolt together. Any church members with construction experience can group together to help construct a new church and further save money on labor costs.

Entertainment facilities and night clubs are increasingly choosing steel as their material of preference. Entertainment entrepreneurs like the clear-span framing system available for their venues that most steel I-Beam structures provide. Clear-span construction allows for the maximum use of space under roof without the need for interior load-bearing columns. This is especially important for line-of-sight issues in nightclubs and for the convenience of uninterrupted floor space for dancing, dining, or hosting large gatherings.

Another fairly recent application for steel buildings is their use for schools and universities. School boards and administrators of higher education facilities have found that steel buildings can be erected and put to use in about half the time it would take to complete a more conventional building. The cost savings for any school or university in on-site labor can be substantial, and the quick erection of the building minimally impacts the schedules of year-round learning institutions.

Today, steel buildings are used for many other applications including medical facilities, distribution centers, and recreational structures. Consider a steel building for your next project, regardless of how elaborate or distinctive your proposed design.

Consumers considering a steel building for their next construction project often have questions about the suitability of steel for their overall needs. One of the first questions that many purchasers pose is how steel building companies are different from companies that offer more conventional building materials such as brick, masonry, or wood. Most steel building companies not only supply the building, but provide and oversee the initial design work right through to the completion of the building project.

There are well-planned and coordinated timelines attached to the project so that anticipated completion dates are fairly predictable. Budgetary constraints are also taken into account. Customer service personnel work with the purchaser and communicate the design, rigging, and fabrication processes thoroughly so that all decisions are employed in a timely fashion. The permit approval process can also be addressed along with the selection of a suitable erector for your building. These companies employ “in house� personnel who can help with even the most complex of designs instead of relying on expensive outsourcing.

Another factor to consider is the type of steel building to purchase. A style that is widely favored is a high quality steel I-Beam framed building. These buildings are available in any size and are very strong and durable structures. The applications for this type of building include production processes, self-storage, sports complexes, universities and many other uses. The implementation of either clear-span or multi-span construction can be chosen, depending on the building’s purpose.

The cost-effectiveness of steel versus brick, masonry, stone, or wood construction is another excellent advantage. The price of steel has indeed risen in the past few years but it can still save you money when compared to a similar sized building utilizing conventional materials. For example, steel building construction labor costs can save you up to 30% or more when compared to more traditional building labor costs.

A number of purchasers believe they have to sacrifice a lot of design flexibility when building with steel. This is not the case. Steel building manufacturers and suppliers offer a full line of components that feature doors, windows, mansards, parapets, standing seam roofs, and many other options. However, if a purchaser is more comfortable with traditional building methods the question, naturally, remains: why build with steel? The simple answer is that steel buildings cost less and are more durable. The pre-engineering of a steel building is unique to the location in which it will be erected, so that the effects of wind, snow, and rain are minimized. Insect infestation and fire danger are also minimized by choosing steel. Steel is a non-combustible product and can significantly lower property insurance. Brick, stone, or stucco exteriors can be added – at a fraction of the price that a mason would charge for using the natural materials. If you have further questions about building with steel, contact a reputable steel building manufacturer or supplier for more information.

            Are you considering purchasing a steel building in the near future from a particular steel building supplier or manufacturer? If so, this article will, hopefully, will help you decide if the company you are considering purchasing from will supply you with a steel building that will satisfy all of your and your local building code office’s requirements.

            The first step in dealing with the question of who to do business with is to make sure the steel building company you are considering has a record of dealing fairly with customers. Check first for nationally advertised companies and companies that are otherwise endorsed favorably by other organizations. Make sure that the company you are dealing with will provide a fully-itemized purchase order for your building with each item and option cost stipulated individually.

            A set of easy-to-read and comprehensive erection plans should be provided with the purchase of the steel building. Most reputable steel building companies will provide written warranties for their framing, roof, and paint. Make sure that the gauge of the building is specified - remember that 26 gauge steel is thicker than 29 gauge. Ask if the roof is a UL 90 roof and that lifetime roof fasteners are provided with the building. A deluxe trim package should also be included to enhance your building’s look and help to extend its useable life.

            Make sure that all framed openings that are engineered into the building at specific locations, in addition to all of the structural elements, are pre-cut, pre-welded, and pre-punched at the factory prior to shipment. The steel building company that you choose should also have the ability to design and rig your building with such features as gutters and downspouts, vents, higher roof pitch and variable roof methods.

            An erection manual needs to be included with your building purchase. The contact at the steel building company you will be working with needs to be established so that you receive the proper customer service in the event  of any problems.

            Make sure that delivery of your steel building includes just your building. The loading and shipping of several buildings to different customers can lead to confusion and incomplete orders. Upon receipt of your steel building make sure that all component parts down to the last bolt and washer are accounted for and report any discrepancies to the steel building shipping department immediately.

            Be sure to check through all of these important points with any steel building company you are considering purchasing from to make sure that you are ordering and getting exactly  what you require.

You may have read about some of the fundamental considerations in purchasing the correct steel building for your needs: the use of the structure, dimensions, doors, insulation, and future expansion. This article provides further information to ensure that you purchase the right steel building to meet your requirements.

If you are considering a second floor for your steel building there are several factors to think about. Firstly, an I-Beam framed steel building will, more than likely, require a 22 foot eave to be able to comfortably accommodate a second floor. The mezzanine needed to facilitate a second floor in a steel building can be expensive due to the necessary loading characteristics that must be engineered into the building design. If space allows, consider more square footage in a one story steel building, instead, to curb costs.

The appearance of I-Beam framed steel buildings have greatly changed over the past few years. They do not have to be the unsightly plain metal boxes of the past. A vast array of Siliconized Polyester paint colors are available in both sidewall and trim applications and steeper pitched gabled roofs can also be painted to be more aesthetically pleasing. Quality steel building manufacturers and suppliers also offer premium components that include simulated rock, brick, stone, and stucco facades. In many cases, with the proper use of exterior components a steel building can not be identified as anything other than a more conventional structure.

The dimensions of steel buildings, formerly limited to square or rectangular configurations, can now be fabricated to virtually any shape and size. Everything from circular municipal administration buildings to hexagonal sanctuaries can now be fabricated with steel. Mansards and parapets are also incorporated to fully enhance many steel buildings that require sleekness of style and uniqueness of design.

Roof pitches on steel buildings extend from 1:12 to 6:12 slopes. In general, the greater the pitch of the building, the more expensive it will be because extra steel is used in the fabrication of the roof. Higher pitched roofs are also more efficient than low profile roofs in moisture drainage and are very resistant to ponding complications. Standing seam metal roofs are a more recent technological advance in the steel building industry and are recommended for higher precipitation areas. This roof configuration is more expensive than the screw-down roof typically employed, however.

Most communities also require a building permit for your steel building. Your structure will also need to conform to local codes. The securing of a building permit and the related costs are the buyer’s responsibilities. Finally, unless you have extensive building experience and your building is a smaller garage or workshop, the hiring of a qualified erector is encouraged and important to consider in the overall cost of your project.

The popularity of a Galvalume® roof is reflected in the billions of square feet covered by Galvalume® roofs in only 30 years of marketing. A Galvalume® roof is composed of 55% aluminum and 45% zinc alloy and comprises of a coated steel that was developed by Bethlehem Steel in 1972. Galvalume® is produced by a “continuous hot dip” process, where cold rolled steel coils are welded end-to-end and processed continuously, and at a high speed, on a coating line. Various finishing steps are carried out to complete the process, resulting in a sheet that is wrapped around a reel into a coated steel coil.

Galvalume® is the ideal roofing product for a steel building because of its resistance to outdoor corrosive elements which result in a long-life characteristic. A Galvalume® roof can also be painted at the factory for added aesthetic value (especially on higher pitched roofs) and also to extend the roof durability over years of service. Galvalume® is strong, but also lightweight. Galvalume® steel roofs do not crack and peel when exposed to the elements.

Galvalume® roof sheets also provide excellent heat and sunlight reflectivity. Steel buildings with Galvalume® roofs are cooler in the summer because the sunlight is reflected away and the subsequent heat that would otherwise be transferred into the building is greatly reduced. In the winter the steel building will be warmer because the inside heat is reflected back into the building from the underside of the roof. The excellent thermal reflectivity of a Galvalume® roof can significantly reduce cooling costs in the summer and heating costs in the winter, especially when used in conjunction with proper insulation of the roof and walls of the building. The recommended form of insulation for all steel buildings is fiberglass roll for both the roof and walls. Total insulation of a Galvalume® roofed steel building can provide significant energy savings with reduced heating and cooling requirements over the serviceable life of the building.

The lowered lifecycle cost, resulting from the minimal maintenance costs required for a Galvalume® roof, is what makes steel roofing atop any steel buildings an appealing and cost-effective alternative to traditional asphalt, slate, tile, or wood coverings.

A Galvalume® roof is the preferred roof application favored by many steel building manufacturers and suppliers to help extend the life of the building and to increase durability. Galvalume® roofs are available in both screw-down and standing seam methods.

A new emphasis has been applied in recent years by architects, builders and developers when planning any new construction project. “Building green” helps diminish the environmental impact of any building project. Steel building suppliers and manufacturers have been at the forefront of this new and resourceful movement.

“Building green” encourages the proper use of the land, the precise design of the building, and environmentally focused construction methods and materials. There are three major points to this type of approach in steel building erection. First, the steel building must be designed in such a way that it is protective of the environment in its immediate vicinity. Secondly, the steel building design should put a great deal of emphasis on the reduction of energy. Finally, but of equal significance, the steel building should promote the health of the occupants of the building.

The definition of green design in terms of the steel building design and construction is very simple. Steel building design and construction is effectively “green” if these aspects eliminate any negative impact on both the surrounding environment and the building’s occupants. This approach is also called a sustainable design and covers four areas of sustainable site proposals. First, the steel building and construction site should place a great emphasis on safeguarding both the capacities of water in the area and the cleanliness of that water. The second consideration to qualify the steel building as green is the energy efficiency of the structure, along with any renewable energy that results. Thirdly, the steel building must be designed and constructed with a great emphasis placed on conservation of all materials and resources used. Finally, the building must have a high level of indoor environmental quality.

The goal of steel buildings that conform to these aforementioned stipulations is for them to be high performance structures that improve both local and worldwide environments. The building industries, including the steel building manufactures and suppliers, have formed the United States Green Building Council, whose primary goal is the promotion of buildings that are environmentally friendly. These structures should also be profitable and healthy locations in which to work.

Steel buildings are excellent candidates for inclusion in the definition of green buildings. All quality steel building manufactures and suppliers, by design, reduce material use and minimize wastage with pre-engineering. Steel in new buildings is largely salvaged or comes from recycled products. Steel can also be 100% recycled. The lifecycle of steel buildings is long, and their appearance and durability will last for many years. Finally, steel buildings utilizing insulation are some of the most energy efficient structures available on the market today. Choose a quality steel building for your next construction project and join those who are building “green�.

There are many factors you should be familiar with in order to help you decide on the type of building that will best suit your needs. This article discusses the advantages of I-Beam steel construction.

The first factor to consider is the affordability of steel I-Beam construction. The unique design of steel I-Beam construction allows for less labor cost and time needed to erect the structure and construct a proper foundation. The value of a steel I-Beam building to the owner is evident in the strength, durability, and cost savings of the structure.

The options that steel can bring to your building are also important. Steel I-Beam buildings offer a vast array of designs, unlimited building length capabilities, and a great variety of sizes and models customized to your specific requirements.

The interior of an I-Beam building is another important factor. Clear span (interior load-bearing column-free) designs can easily accommodate insulation, electrical wiring, HVAC requirements, plumbing systems, dry walls, drop ceilings, and interior partitions.

Steel I-Beam construction provides for a maintenance-free structure. Quality I-Beam construction uses heavy duty 26 gauge steel and a Galvalume® steel roof that comes with a substantial warranty against corrosion. There is no rot, warping, or wasting that is associated with wood construction, and the need for repainting in the future is practically non-existent.

There is also the important factor of ease of construction. Some smaller I-Beam constructed buildings can be assembled by the consumer without the need for special tools or equipment. Quality steel building manufacturers and suppliers provide easy-to-follow assembly manuals and a phone number to one of their building experts in case questions about assembly should arise. I-Beam construction is familiar to most quality erectors and they can easily construct larger steel buildings more quickly than conventional buildings.

Another advantage of steel I-Beam construction is the clear span construction that can be provided in up to 300 feet in width. This eliminates the need for interior load bearing columns and ensures maximum utilization of useable space under roof. Steel I-Beam construction provides for a longer lasting building. They outlast most other buildings that use alternate building materials and result in lower costs. Quality steel building materials do not deteriorate or require replacement.

Steel I-Beam construction is also versatile. It can be used for a variety of applications including agricultural, commercial, gymnasiums, schools, churches, warehouses and almost any other use you can think of.

Finally, steel I-Beam constructed buildings can offer better protection from the elements such as snow, rain, hail, cold, heat, as well as vermin. Steel is non-combustible and this characteristic can help to lower your insurance premiums. The many excellent advantages to steel I-Beam construction should be considered before you embark on your next building project. A steel I-Beam building can be engineered to meet all your requirements.

Steel building systems are used today for a variety of commercial, industrial, and agricultural applications. They are becoming increasingly popular, especially, for commercial and industrial building projects because steel is a very strong, durable and versatile building material. Steel provides significant economic value, making it an excellent choice as your primary building material.

There have been many technological advances in steel products and materials in recent years. Important improvements in engineering and design techniques have led to the development of structural systems that are compatible with more conventional construction materials. Designers and architects today will combine a steel building system with glass, wood, and masonry facades, which adds an aesthetic component while preserving the true characteristics of a sturdy steel building system. As a result, steel building systems are often used for retail establishments, vehicle showrooms, schools, gymnasiums, churches, manufacturing facilities and warehouses. The increasing trend nationwide toward more sophisticated designs is one of the great advantages of a steel building system.

The real difference from other forms of construction is in the methods and cost-efficiency of a steel system’s design, fabrication, assembly and long years of service. A steel building system is comprised of precisely pre-engineered components, including primary and secondary framing parts, wall components, a steel roof system, and chosen accessories and options. All steel pieces work together to form a building structure that meets or exceeds all local building code requirements. Steel buildings can also be designed so that future expansion of the building can be completed without disrupting daily work operations.

There are many advantages to a steel building system over other methods of construction. There is generally shorter construction time required – it simply takes less time to assemble a steel building than more traditional structures. Construction time and weather interruptions are reduced since most of the work in developing the building components is done in the factory.

There is lower construction costs involved with steel building systems. A pre-engineered steel building system reduces the cost of on-site labor overhead because the in-factory manufacture of steel building systems reduces the need for skilled on-site construction labor otherwise required for conventional building systems. Pre-fabricated steel framing eliminates the cutting and fitting of components at the job site. Steel walls can be fabricated and factory assembled in sections and delivered to the construction site.

Finally, steel buildings also offer great ease of expansion. Steel building systems can be modified quickly and economically before, during, or after the building is completed and expanding a steel building system can be as simple as removing the end or sidewalls, erecting new framework and adding matching wall and roof panels. A steel building offers many benefits and can be precisely designed and engineered to suit your needs.

It used to be easy to spot a steel building anywhere in the United States: you could simply look out for an unappealing square-shaped metal box, masquerading as an inhabitable structure. Similarly, the interiors of some of the larger clear-span structures offered all the appeal of a metal cavern.

Today, steel buildings offer so much more – particularly in terms of aesthetics. Warehouse showrooms can now incorporate glass and stone facades. Churches showcase steeper pitched roofs and molded stucco panels. The list of more elegant treatments for steel buildings goes on and on. Steel buildings in the 21st century have acquired the outer appearance of more conventionally constructed buildings, yet have retained all of the advantages which for decades have set all-steel construction apart from other applications.

Steel buildings are designed and manufactured at a factory as a whole building. All-steel building manufacturers employ a system of custom-designed dimensions around rigid I-Beam framing. Multi-colored exterior paneling and standing seam roof systems complement today’s version of the steel building system. The design of a steel building takes considerably less time than it did just decades ago because of enhancements in computer designing programs that can provide a completed design package in only hours.

Steel buildings continue to be an economical style of building. When compared to more traditional building styles incorporating wood, brick, or stone, a steel building can be purchased and erected at a fraction of the cost. A basic steel building system can incorporate add-on facades and a parapet roof to meet local building code requirements or community covenants. The “cookie-cutter� design of retail outlet stores of up to 20,000 feet can be accomplished quickly and result in the shipping of the buildings in six to eight weeks, followed by only two months of erection and completion of the project. Steeper pitched roofs on steel buildings are in vogue, and a variety of paint colors can be employed. New steel roofs have impressive warranties and are extremely durable.

The steel building system is an excellent solution for anyone considering a retail strip mall, large warehouse showroom, or retail outlet store as it is a complete package that includes the frame, standing-seam metal roof, side metal exteriors, and the ability to add an attractive façade – all from one manufacturer or supplier. The time and money savings from not needing to “shop around� for each individual component as with a conventionally-built structure can leave more money available for additional trim and decorative options. There is no doubt that steel building design will continue to evolve, providing more and more choices for investors and owners alike.

Steel buildings have very unique insulation requirements in comparison with more conventional styles of buildings. Steel building insulation, door insulation, moisture control, and vinyl covered insulation should be considered carefully before beginning any steel building construction project.

Steel buildings are very distinct types of structures in many respects. Steel roofing and siding is impenetrable by water and air does not flow easily through the structure. Steel is a very good conductor and a steel building’s insulation characteristics are inadequate as a base metal structure, but moisture condensation is inherent in steel, along with the configuration of the building. Heated non-insulated steel buildings will lose most of their heat through the roof and sides of the structure during winter, and moisture will condense throughout the interior.

There is now a standard for the proper insulation of steel buildings. The recommendations are for insulations with high tensile strength and post-compression thickness recovery. White vinyl covered fiberglass insulation is specifically designed for steel buildings. The vinyl covering presents a bright surface and is resistant to dust and condensation. The covering also acts as a vapor barrier to help reduce condensation tendencies on the steel surface, although it is important to remember that insulation is only effective as a vapor barrier if the seams are properly sealed. A new steel building should have the insulation installed before the roof and walls are attached to the structure. This is an easier process to follow than if the building is completed prior to insulation installation.

There are many factors that contribute to the propensity for condensation within a steel building. This will include, but is not limited to, the interior heat sourcing, the type of products under roof, the type of floor structure, and the occupants of the building. Any water processes within the building will add to the likelihood of condensation. Dirt floors will cause moisture to evaporate and vapor barriers need to be placed under any concrete pad to lessen condensation.

There are procedures that will aid in moisture removal. The best way of eliminating the condensation process is by proper ventilation. The use of natural ventilation (air space in the roof, with a path to the roof vent) or mechanical ventilation (use of fan force) will help in significantly reducing the amount of moisture present within any steel building.

Doors can produce the greatest amount of heat loss within any steel building. Doors need to be insulated and you can purchase pre-insulated doors from the factory or supplier. You should fill existing non-insulated door panels with insulation. Sealing of the door is also critical and a gasket material needs to be attached to the panels and sides of the door to eliminate infiltration. Discuss your insulation requirements with your steel building manufacturer or supplier before you embark on your construction project.

A steel building kit is simply a comprehensive set of all the parts required to assemble a steel building. It is complete in composition from the pre-drilled holes to the bolts for joining the individual components; the pre-welding of parts joined together; as well as the pre-punched “forms” for the structure. These components are fabricated using state-of-the art computer technologies for precise engineering.

The vast majority of steel buildings are constructed at the manufacturing site. These buildings only require the assembly of the parts in the kit through a simple step-by-step process. When the whole of the steel building comes from a single reliable manufacturer, the structural integrity of the components is inherent. Steel building kits are customized to the specific building requirements of the purchaser, and all options and codes are pre-engineered in the building prior to shipment.

Steel building kits can be so simple that, in many instances, the customer can erect the building by themselves. Most steel buildings have common components such as arched panels. These are single sheet steel panels that are raised to form the roof as well as the two parallel walls of the structure. The length of any of these buildings can be easily extended simply by adding more steel arches. The base connectors are used to attach arches and end wall panels to the concrete foundation by the use of anchor bolts. Anchor bolts need to be supplied by the consumer, as they are not shipped with the building.

Steel building kits come with an assembly manual that provides a list of all the components included and also a step-by-step analysis of assembling the structure. The use of standard size bolts for all connections allows for easier construction. Polyethylene washers will also be used for sealing the bolt connections.

Doors will usually be pre-drilled to fit in any of the framed openings engineered into the end wall panels. End wall panels are the walls that fit on either end of the building and are designed to simply bolt onto the base connector and the end arch panel. Steel framed openings are installed into the end walls for both doors and windows. Steel building trim kits are used to cover any exposed edges and thus provide a clean finish to the wall. Vents are installed into the end walls and/or roof to allow the air in the building to circulate and help reduce the possibility of excessive dampness due to condensation in the air.

Steel building kits purchased from reputable manufacturers offer many affordable and durable options for the consumer. There is such a high degree of accuracy in the engineering of the buildings that many purchasers erect the building without enlisting professional help. However, you should be familiar with all aspects of the construction process before endeavoring to assemble a steel building kit yourself.

If you are planning to occupy a steel building for your new or existing business needs, the decision often comes down to whether to rent, lease, or buy a building. There are a number of details to consider when you are making this important choice. The advantages and disadvantages of each route can lead to a great level of frustration.

The fundamental question, however, is why lease when you can own your own steel building? Again, the most important decision to be made is either the purchase of a brand new building or coming to some type of leasing arrangement for an existing structure. Think about this in terms of the advantages that you gained when you decided to stop renting and went about the process of buying your own home. When you embarked on the purchase process, you knew the number of rooms you required; the size of the home that you wanted to have; where in your community you wanted to live; and a number of other factors – long before you actually made the final purchase. You probably did this before you even took the step of talking to a realtor, because you were already informed about the benefits of owning your own home. The tax benefits, as well as the eventual re-sale value of your home in the future, probably contributed to your decision to purchase instead of continuing to rent.

If your new business is a very young enterprise and you are considering “just renting” initially, this may seem to be an attractive choice – especially if start-up capital is restricted and being used toward marketing of your product or services. However, you must soon realize that you have to settle for what is on the market today in the way of structures available for lease, and at the end of the lease you will own nothing: no building, no property. There is a strong likelihood that you will incur substantial interior and exterior remodeling costs to customize your leased location to your business requirements. Additionally, you will pay a monthly lease that reflects the building owner’s profit considerations and does not meet your own ideas of affordable overhead costs.

Purchasing a steel building from a quality steel building manufacturer or supplier can generate a lot of the similar benefits that came about when you decided to buy your own home. You order the exact building you need; you do not need to settle for an existing structure with too little or too much space. You can have the business style that you want reflected in the exterior and interior design of your new building. Your design is a new fabrication stylized to your specific requirements, including size, roof, and components that reflect your set budget. An important consideration is that quality steel building construction can be accomplished at a fraction of the price of more conventional buildings. Consider a new and customized steel building for your business and instead of leasing, buy outright and enjoy the benefits for many years to come.

Finding a qualified steel building erector to assemble your new steel building can sometimes be a challenge. You need someone who will oversee the building’s erection, and is a professional who will be on track with all phases of the construction to ensure a timely and successful completion of your project. You may encounter serious problems both during the construction phase and after the building is “complete” if you hire an inexperienced steel building erector. The improper erection of a steel building is one of the most common and most detrimental problems that may arise.

A qualified erector has probably put together a number of steel buildings. They are familiar with the industry and the inherent processes of construction. The decision to hire an inexperienced erector can result in delays lasting days, even weeks, when problems arise on the job site.

There is no one way or “standard” means of steel building erection. Most experienced erectors have had occasion to put up any number of styles of steel buildings. They are acquainted with the different processes that are available to make sure the building is erected correctly and that the connections are tight to make for a safe and secure structure.

If you receive a very cheap bid from an inexperienced erector, it is likely they just want to get the work. You need professional supervision of your project and a qualified erector can give you this, along with insight into areas that can save you money before the project begins. Employing an inexperienced erector can possibly save you money at the start of the project, but may be more costly at the back end when expensive adjustments and errors have to be dealt with.

Qualify the steel building erector you are considering using on your own. Even if another party highly recommends a particular erector, you should take the steps to investigate simply because it is your own money on the line. If the building is erected improperly a building supplier will not remedy the problem. Your building is designed to give you many years of service, so it is best to spend money upfront to get the best erector available. Ask the erector for references. Find out where some of the erector’s previous projects were and make arrangements to visit them and thoroughly inspect the building and the quality of the work. Find out the owners’ experiences with the erector during the construction processes.

If there are necessary certifications required for the type of building you are installing, make sure the erector has them. The steel building manufacturer or supplier can let you know if these are required. Erectors are required to be licensed in some states so make sure your erector is licensed if this is the case where you live.

Some suppliers have sold hundreds of buildings nationwide. Suppliers often have long-standing relationships with the best erectors, so a recommendation of an erector from a supplier can help speed up your search. Take the time to ensure you choose a qualified erector, and then you can rest assured that the best work is being done when it comes to the construction of your steel building.

Metal buildings of today are not the unsightly structures of limited use that were built in the past. In the 21st century, metal buildings are used for a variety of applications from small one-car garages to aircraft hangars large enough to accommodate jumbo jets. You may find it useful to refer to a basic checklist to help you with your metal building project. These items should be considered and understood before undertaking any metal building project.

The construction project is all-encompassing and includes all materials that make up the metal building system and work that needs to be completed at the jobsite. The foundation work, land preparation, and finish work should also be included in the definition of a complete building project.

The contract documents are the legal instruments defining the work and materials needed to complete the construction project. For a metal building construction project it is normal to have separate documents for the contractor, general contractor, and steel building dealer. Contract documents, at a minimum, should outline the work to be completed, pricing, timeline, and any other requirements that are applicable to the metal building project.

The contractor is that person who will supply materials and complete the erection of the metal building system.

The dealer (an independent contractor) is that person who will order and purchase the metal building system from the supplier. The dealer resells the building to the end-user and may or may not be the person to undertake the erection or provide other services to complete the metal building project.

The designer is the person responsible for the design of the metal building. The designer can be an architect or engineer that is hired to implement the desired and required design specifications for the metal building project. This would include the metal building system and its erection. The designer can also assist in the overseeing of the construction project to ensure contract compliance.

The end-user owns the metal building construction project for eventual occupation, leasing, or future sale of the metal building.

The erector erects the metal building system. The erector could also be the contractor, general contractor, or third party working under a sub-contract.

The general contractor is responsible for providing all the materials and work for the metal building project as itemized in the contract documents.

The metal building supplier designs and supplies the materials for the metal building project.

Review all of the above aspects and personnel requirements in any metal building project and have a clear understanding via the legal documentation of all roles and responsibilities before beginning construction.

In the 21st century most quality steel building manufacturers and suppliers have developed very diverse steel building systems. These technological advances allow today’s purchaser to select the appropriate steel building system to meet their design and strength requirements.

Steel hybrid building systems are a possibility any purchaser should consider if building with steel. The integrity of the steel building system construction process is combined with the strength of the steel building components in a steel hybrid building system. Hybrid systems have a very effective design profile that allows them to meet or exceed any individual heavy loading requirements. By definition, a hybrid steel structure has marked design flexibility inherent in the system. Hybrid steel structure systems are generally provided by one supplier which precludes the need to shop from multiple vendors for all additional components, accessories, and options. Hybrid steel building structures feature rapid and easy assembly and compared to more conventionally constructed buildings. Hybrid buildings can be erected in a fraction of the time it would take for wood, brick, stucco, or other more traditional structures. No matter how small or large your particular building project is, the choice of a hybrid steel system allows you to choose from a vast array of engineering options in order to meet all of your design criteria. Large and complex projects can be implemented with substantial costs savings when a hybrid steel building is utilized.

Steel building construction affords the purchaser any number of configurations to meet almost any design demand.

One of the first steel design configurations to consider is the lean-to. If you need additional square footage for an existing structure, the lean-to may be the solution. Lean-to structures attach right at or just below the existing structure’s eave and are very popular in providing additional space for commodity or equipment structure or even livestock boarding. Depending on the purchaser’s design requirements a lean-to can be either partially or fully covered.

The single slope design is another configuration to consider. A single slope steel building is simply a sloping roof in one plane. This steel structure has the slope on the roof span from one sidewall to the opposite sidewall and does not come to a gable. This is a very popular choice among many retail strip mall storefronts.

A popular choice is the unsymmetrical steel building. This is also known as a double slope building where the ridge of the roof is specifically designed to be off-center. This particular building design is favored by a number of specialty shops and restaurants.

The final design configuration to consider is the symmetrical gable steel building. This is also defined as a ridged or double slope building, but in which the ridge of the roof is in the center of the building. This is the most popular style of steel building chosen because of the vast array of design configurations available.