Used in a wide range of applications across a wide range of human activities, Steel is not only a highly durable material, but its popularity and practicality as a recycled material make it an environmentally favorable choice as well. Increasingly, the construction industry is turning to steel buildings as an alternative to wood and concrete structures.

Steel offers a range of advantages in the construction of buildings over wood or concrete structures. In addition to its environmental advantage of using less natural resources for materials, the construction of steel buildings is a much simpler and less challenging process than building with traditional materials. But the most important factor for most businesses involved in building construction is steel’s cost-effectiveness. Steel offers many economic benefits over other materials.

If the structure will be used by employees for a workspace, a business can save on energy costs by using glass on the exterior of the building. Glass lets in natural light, and more natural light means less money spent on electric light. Developments in glass technology have led to windows that allow for control of the heat energy that passes through them. Studies have shown that employees who work in natural light report higher job satisfaction, are more productive, and are absent from work less often than those who work in artificially-lit workspaces.

The shorter construction times associated with metal buildings is also beneficial to the bottom line: less money needs to be paid to the workers and skilled tradesmen involved, and more time is available to the building’s user to conduct business and turn profits. Landlords can lease the property sooner, and businesses can produce their products or offer their services sooner. Steel structures weigh less than other structural materials, and require a smaller foundation, which provides a cost advantage. Less needs to be spent on building materials with a metal building, as their superior strength can deliver the same performance as traditional materials with much less raw material. The durability of steel structures leads to reduced maintenance and repair costs once a building is finished. The longer life span of steel buildings means that more usage can be derived from the building for a comparable initial cost.

A metal structure can also lead to reduced insurance costs, as it is less likely to suffer damage due to natural disasters or inclement weather. Steel buildings are more resistant to damage from earthquakes and hurricanes, as steel does not twist, warp, shrink or expand as it ages. Steel’s strength and durability also means less money spent on repairs from natural disaster damage.

Given steel’s economic benefits and the continual improvement in finishes and windows, future steel buildings are becoming an increasingly popular choice for those with an eye on the bottom line.

With future steel buildings, trust the experts with 30 years experience in satisfying customers large and small.

Building with steel is becoming an increasingly popular phenomenon as more and more companies and governments discover the advantages of steel buildings. Technically, steel is an alloy of iron and carbon and is among the most versatile construction materials available. A steel structure offers benefits that wood or concrete structures don’t, including simple construction processes and the opportunity to use recycled materials for a lessened ecological impact.

Steel is durable, flexible and strong, which makes it an ideal choice for buildings of all shapes and sizes. Steel was once used only for large storage-type buildings or aircraft hangars, and while it is quite useful for larger structures, it is now used for all different types of buildings. Everything from churches to retail stores to sports arenas to toll booths use steel as the primary construction material. And with developments in the industry in terms of outer finishes and facades, a steel building no longer has to resemble a metal barn. Steel is still a great choice for buildings that have a lot of clearspan space, meaning the roof is supported by bordering walls and framework, not internal columns, but that is no longer the only option.

Prefab steel buildings can be assembled faster than traditional buildings, which saves labour costs and enables the business to be up and running sooner. Steel is durable, and is easily protected from rust, corrosion, and other kinds of deterioration by applying corrosion-resistant coatings. This reduces repairs costs over time.

One of the world’s most commonly recycled materials, steel buildings can be recycled into other products after their life cycle has ended. When a steel building is being built, the construction site is much cleaner than a traditional site, with noise, dust and dampness being greatly reduced. The strength of steel means that more windows can be put on the exterior of the building. As a result, the natural light not only reduces energy consumption, but makes for a more enjoyable work environment for those inside.

The ability to build an entire building with reused materials goes a long way toward the conservation and sustainability that so many people talk about these days. The average person may not think of steel as environmentally friendly, but when used in buildings, its ability to be recycled, reduced energy use, clean construction process and longer life span mean that steel as a building material means less environmental impact and increased conservation.

The durability and flexibility of steel also serve to make future steel buildings more resistant to weather disasters like tornadoes, hurricanes and earthquakes. We are all too familiar with the aftermath of disasters in areas of the world where buildings are constructed with weaker materials, and the human and financial damage that can result. Many times, it’s the old, traditionally built buildings crumbling and falling to the ground that multiplies the human casualty rate. Steel structures can save lives that otherwise would be lost due to collapse.

With future steel buildings, trust the experts with 30 years experience in satisfying customers large and small.

These days, more and more companies and private citizens are turning to metal buildings as their material of choice, not only for uses traditionally associated with metal buildings, like storage facilities and sheds, but also for offices, retail stores, recreation and sports facilities, carports, and even homes. A steel building can offer advantages in cost, flexibility and durability. For the most part, steel buildings can be classified as either as a Quonset Hut, I-beam, or steel-wood hybrid type of structure.

The Quonset Hut was developed by the U.S. Navy at their base in Quonset Point, Rhode Island, in response to the demand for an all-purpose, lightweight building that could be easily shipped and assembled by general laborers. The Quonset Hut is composed of a series of self-supporting steel arches, and require no further support structures like columns or beams. The design is incredibly simple–metal sheets are laid over self-supporting arches. Its simplicity often makes people regard these structures as “metal barns”. Quonset Huts are often a preferred choice of metal building in remote locations, as they are easily transported and assembled. It is the most cost-effective type of metal building, as it is durable, and can be expanded by adding more section to one of its ends as needs dictate. Drawbacks of a Quonset Hut steel building are its high insulation costs and the inability to place doors on the arched sides.

Steel i-beam buildings are the most common type of metal building. Most people have seen one of these buildings in their construction, their steel skeletons visible as they grow upward. I-beams take their name from their shape, which resembles a capital “I”. They are an efficient form of beam, as the vertical “web” element is resistant to shear forces, while the horizontal “flanges” resist bending. Trusses are assembled from I-beams and then raised into position before being bolted to the building’s foundation. I-beam buildings are not limited in their potential width, and can accommodate designs that are hundreds of feet wide. Beams can be made in multiple colours, and their construction is relatively fast. Disadvantages of this type of structure include limitations to box-like building shapes, the requirement of cranes or other heavy equipment to get the i-beams off the ground, and problems involving interior condensation.

Hybrid steel/wood buildings are similar to i-beam steel buildings, but with wood beams called “purlins” and “girts” running horizontally between the vertical steel trusses, attached after the trusses have been raised into place and bolted to the concrete. The outside of the building is composed of sheets attached to the wood. The hybrid allows for greater flexibility in finishing materials. A range of exterior finishes, including vinyl siding or brick, are possible, and shingles can be used for roofing. Interior finishes can be attached to the wood as well. Disdvantages of the steel/wood hybrid include generally higher costs, as it involves more complex construction and costs more to heat.

These three types have their advantages and disadvantages, but thanks to developments in future steel buildings design and technology, there is likely to be an option that is right for your next building project, whether your needs are utilitarian, aesthetic or environmental.

Whether you need a garage, workshop, carport or warehouse, find the solution you need with future steel buildings.

It would be hard to imagine a world without steel, given the extensiveness of its use in everything from household appliances to aircraft. Its ability to be easily recycled makes it an ideal material for making products that are environmentally friendly as well as durable. Its use as a building material over traditional materials like wood and concrete is being more and more common in the construction of buildings.

There are many advantages to using steel as a building material compared to traditional materials. Regarding environmental concerns, the construction of a metal building can utilize recycled materials and use fewer natural resources. Assembling metal buildings also involves a simpler construction process. However, for many involved in the construction of a building, including business owners, property managers and contractors, the economic benefits matter most of all. Steel buildings save money in many ways.

For buildings where people will be regularly working inside the structure (as opposed to storage facilities), steel buildings provide the opportunity to save on energy costs by using a glazed finish on much the building’s exterior. More windows means increased levels of natural light, which leads to lower electricity expenditures on artificial lighting. Smart selection of modern glass materials can lead to lowered heating costs as well. Working in natural light has been shown to lead to increased job satisfaction, increased productivity and reduced absenteeism among employees.

More savings occur because a metal building can be built in a shorter time frame than a concrete or wooden building. Less time for construction means less spent on construction workers’ wages, and more time available to make the structure productive and therefore, profitable. Factories can start producing their products sooner, store owners can stock their shelves sooner and a landlord can start collecting rent from his tenants sooner. The lightness of structural steel compared to concrete means that it requires a smaller and less-expensive foundation. The strength of steel compared to traditional materials means that less needs to be spent on building material in order to achieve the same performance. After construction, a steel building’s durability leads to lower expenses on maintenance and repairs in the long run, and a longer life span overall.

More savings can be found in insurance costs, as a steel building’s resistance to weather and natural disaster damage is greater than other materials. Whereas other materials will shrink, expand, twist or warp over time, steel maintains its integrity, and as such, can withstand the destructive impact of a hurricane or earthquake. The owner of a steel building will be spared the repair costs of a natural disaster incurred by those who operate buildings made of traditional materials.

Though many factors need to be considered when choosing a building material, the economic benefits of future steel buildings are often the most attractive to profit-minded business owners.

With future steel buildings, trust the experts with 30 years experience in satisfying customers large and small.

Using steel as a primary building material is a choice that is growing in popularity among companies and residents with a need for additional space. Steel, an iron-carbon alloy, is used for a wide range of purposes ranging form heavy industry to the household, and is practical for many applications. Steel buildings have various advantages over the more traditional wood and concrete structures, and the benefits range from the relative ease of construction all the way to environmental issues.

The durability, flexibility and strength of steel make it an attractive option for many different types of buildings. In the past, steel buildings were mostly associated with impersonal storage structures such as warehouses, silos or aircraft hangars. It is not uncommon to encounter a church, retail outlet, sports arena or office building that is primarily constructed of steel. New options in exterior finishes and facades mean that steel structures need no longer look like a barn or a hangar. Steel is still a great choice for buildings that have a lot of clearspan space, meaning the roof is supported by bordering walls and framework, not internal columns, but that is no longer the only option.

Because its pieces are prefabricated and engineering to be assembled easily, a steel structure requires less specialized labour in its assembly, and the whole building process can be completed in less time. A steel building can become productive more quickly than a wood or concrete structure. In the long run, steel results in lowered repair costs due to its durability. Though steel’s main enemy is rust and corrosion, technological developments in metallic and organic coatings can ensure that the structure will stand the test of time. Once a steel building has run through its life cycle, the steel inside can be recycled into other products. In fact, steel is one of the most recycled elements in the world. The construction of a steel building can be achieved more quietly and cleanly than those involving wood or concrete structures. Steel buildings also permit the use of more glass on the exterior of the building, which brings in more light and reduces the building’s overall energy consumption. The increased natural light is also a benefit for the occupants of steel buildings, as it makes the typical office or work environment more pleasant.

The ability to build an entire building with reused materials goes a long way toward the conservation and sustainability that so many people talk about these days. The average person may not think of steel as environmentally friendly, but when used in buildings, its ability to be recycled, reduced energy use, clean construction process and longer life span mean that steel as a building material means less environmental impact and increased conservation.

One more advantage of a future steel buildings is its strength and flexibility during natural disasters. Many areas of the world that experience earthquakes, tsunamis and hurricanes would greatly benefit if a good portion of the structures were made from steel. A collapsed wooden or concrete structure is often the cause of fatalities and injuries. Stronger, more flexible steel buildings would be able to withstand much of the pressure that topples traditional structures, and save lives in the process.

Whether you need a garage, workshop, carport or warehouse, find the solution you need with future steel buildings.

Steel buildings can be energy efficient, environmentally friendly and cost-effective. As such, it is becoming an increasingly common choice for firms that require offices, retail space, recreational spaces, parking structures and storage space. Metal buildings typically follow one of three basic construction methods.

Named after Quonset Point, the home of the United States Naval Base in Rhode Island where the first such structure was developed during World War II, the Quonset Hut steel building is arch-shaped, and requires no columns, posts, or support beams. This type is commonly associated with the popular notion of the steel building as a “metal barn”. The Quonset Hut’s arch shape makes it able to support itself. Advantages of this type of building are that it is inexpensive, easily assembled, and easily elongated, by removing one of the end walls and adding more arches and sheet metal. Some noted disadvantages of this design are that insulating costs can be high, and door placement is usually limited to one of the two flat ends.

The steel i-beam building, also referred to as “red iron” or “rigid frame”, is the most popular type of metal building. The invention of this type of beam allowed for the development of the skyscraper. I-beams are shaped like a capital letter “I”, the horizontal top and bottom of which are called “flanges”, and the vertical section in the middle of which is called the “web”. The beams are assembled on the ground into trusses, which are then raised and attached to a concrete foundation with bolts. Advantages of i-beam metal buildings are that they can be built relatively quickly, and are largely unlimited when it comes to width, allowing for large steel buildings up to hundreds of feet wide. Drawbacks to the i-beam type of design include issues with interior condensation and moisture, limitations of building shape to box-like structures, and the necessity of heavy equipment such as cranes for raising the trusses into place.

Steel/wood hybrids are another type of metal building, with steel i-beam trusses raised and bolted to the foundation, but with wooden “purlins” and “girts” running horizontally between them. Exterior sheeting is then attached to the wood. This type of design is advantageous for buildings that will require interior finishing, and it offers a wider range of materials for the exterior as well, such as wood or vinyl siding, stucco or brick walls, and traditional shingles for the roof. Cost is the major disadvantage for this type of metal building, both in construction and in heating expenses, due to the higher-pitched roof.

Which type of future steel buildings is right for your project? Ultimately, that depends on your needs. Whether you need maximum interior space, minimal construction costs, or attractive aesthetics, there is likely a steel building that meets your demands.

With future steel buildings, trust the experts with 30 years experience in satisfying customers large and small.