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Posts Tagged ‘Pre-Engineered Steel Buildings’

Steel Office Buildings

Tuesday, August 10th, 2010

Pre engineered steel buildings used as offices are no different from other metal structures. They are easy to construct, durable, and low maintenance. Since they are occupied most of the day, they must be designed to have environments conducive to working.

That’s why choosing the design of the steel building is of utmost importance. Special attention must be given to the interiors – finishes, equipment, furniture, fixtures, and others.

Pre-engineered steel buildings allow for clear-span column-free interiors, providing for spacious working areas. This creates a positive working environment that ensures employee satisfaction and improved performance.

Pre-engineered steel buildings are also energy-efficient. There are various accessories available that provide a controlled and comfortable office atmosphere by making the metal structure compatible with the local environment.

Insulation will effectively control the temperature inside a pre-engineered steel building office. During hot summer months, a properly installed insulation prevents heat from transferring into the building. During wintertime, insulation keeps the interiors warm.

Insulation reduces the need for heating and air-conditioning, lowering electricity costs. Another solution to reduce energy consumption is the use of reinforced translucent skylights. Installing skylights brighten up the building’s interiors, reducing the need for artificial lighting.

Pre-engineered steel buildings are also very flexible. With their column-free design, they allow for any floor plan imaginable, maximizing office space, storage, and production, all at once.

Blending with other structures in the locality is not a problem with pre-engineered steel buildings. The exteriors of steel office buildings can be made of brick, stucco, or wood, to make them acquire the same aesthetic appeal as other traditionally constructed buildings.

Apart from these advantages, steel buildings are also low maintenance. They are resistant to corrosion and deterioration. They do not warp even if exposed to extreme weather conditions. Choosing to build with steel is one way of saving the environment because unlike other building materials, steel is recyclable.

Steel Building Styles I: Quonset Hut

Friday, July 23rd, 2010

Those who prefer economical, durable, and cost-efficient construction, choose prefabricated steel buildings for their construction needs. Pre-engineered steel building kits come in various sizes and styles to accommodate every need and budget.

Basically, there are two major styles of pre-engineered steel buildings: the Quonset hut and the straight wall.

A Quonset hut is an all-purpose portable prefabricated steel building that is durable and easy to construct. These inherent characteristics of Quonset huts made them widely used by the military during World War II.

There are different styles of Quonset huts, which are described below:

“A” Style

The “A” style has a more conventional appearance, with straight sides and peaked roof. The center heights can vary depending on the needs. The length of this type of steel building is unlimited.

It is typically used as backyard garages, woodworking shops, mechanic shops, all-purpose shelters, and storage for recreational vehicles, boats, and campers.

“Q” Style

The “Q” style has the profile of a traditional Quonset hut – single radius with clear-span arch. The maximum height permitted is limited to half the span of the steel buildings.

“Q” styles are typically used for riding arenas, indoor swimming pools, swimming pool halls, sports arenas, barns, livestock storage, crop storage, equipment maintenance shops, and airplane hangars.

“R” Style

The only difference of an “R” style Quonset hut from the “Q” style, is the conventional wall design, which is straight, for sidewall support. It is a single radius metal structure with clear-span and low profile arch.

Typically, these steel buildings are used as swimming pool covers, walkway covers, hockey rinks, recycling plants, and as replacement roofs.

(to be continued)

Determining the Design of a Pre-engineered Agricultural Steel Building

Tuesday, July 20th, 2010

Agricultural buildings provide storage and shelter for crops, livestock, and equipment. Most of the agricultural buildings of today are made of steel due to its durability, reliability, cost effectiveness, low maintenance, and flexibility, when compared to other traditional construction materials.

Pre-engineered agricultural steel buildings are very easy to construct and saves you a lot of money because of reduced construction time. Prefabricated steel buildings come in various sizes and shapes. Their designs are dictated by the needs and preferences of the owners.

If you are planning to buy a pre-engineered agricultural steel building, here is a basic guide to help match your needs to the steel building’s design:

1. The first step in a successful steel building project is to decide what you want the metal structure to do for you. Actually, all building construction projects must start with this step.

Will you use steel buildings as a hay storage barn? Is it an animal shelter, a farrowing house or will it be used as a storage shed for your farm equipments?

2. To determine its size – length, width, and height – decide on the capacity of the metal structure. If it is a farrowing house, the size should be appropriate to provide shelter for the number of sows in the herd and the number of farrowings planned on a regular basis.

How much feeds and crops do you plan to store? How many farm equipments do you need to shelter?

3. Determine your agricultural steel building’s special requirements. For example, the metal structure may require a special size of door for easy movement of farm equipments. Or, it may require insulation to make it less susceptible to condensation, which can damage your crops.

4. Will the new steel building be connected to an existing structure? Do you plan to expand the steel building in the near future? Making provisions for these requirements greatly affects the design of your agricultural steel building.

After making the design, it’s now time to select the right site and prepare it for your agricultural steel building’s construction.

Steel Buildings – Mistakes of Steel Building Buyers III

Tuesday, July 13th, 2010

A wise buyer of a pre engineered steel building should focus on the structure’s performance rather than its price. Remember the old saying, “You get your money’s worth”. The cheapest price may turn out to be the more expensive purchase.

A very common example of this situation happens to people who buy the Quonset hut type of steel building just because it is the cheapest kind. Quonset huts are the arched type multipurpose metal structures used during World War II.

To this day, they remain easy to construct and transport. However, a Quonset hut may not be appropriate for your intended use of the steel building because it does not allow for many customization options.

For one, doors and windows can only be placed in the end walls. Limited overhead clearance is another limitation. Most importantly, a Quonset hut is not a flexible solution. So, if you need additional space in the near future, there is a possibility that you have to buy another steel building.

If, however, all you need is a simple garage, a barn or a warehouse for your produce, a Quonset hut is the perfect choice. You don’t need a steel building that has all the works – top of the line insulation, heavy-duty doors, custom finish, etc.

Just like any consumer, steel building buyers often compare prices and that’s a wise move. But don’t just compare the price and the size. You have to look at the details. The cheaper one may not be the right steel building for you.

On the safe side, choose a manufacturer that has a proven track record of providing high quality pre-engineered steel buildings. Most of them even have online designing and pricing utilities in their websites, in order for buyers to get an idea of their building’s price.

Reputable steel building manufacturers are your partners in ensuring that the metal structure you are buying from them is, indeed, the one you really need.

Steel Buildings – Mistakes of Steel Building Buyers II

Monday, July 12th, 2010

As a buyer of a pre-engineered steel building, it is crucial that you be aware of common mistakes other people make in order to avoid making them yourself. Learn about the second blunder most buyers make and steer clear of it to ensure that your steel building project will be worthwhile.

True, buying a steel building kit and erecting it by yourself, saves you a lot of time and money. This is probably the primary reason why you decided to build with steel, in the first place. However, your budget should also include the costs of the other vital aspects of the steel building project.

Just like any construction project, building with steel entails a lot more than the cost of the metal structure itself. The expenses for the following should also be included in your budget:

· Concrete foundation – The foundation holds the pre-engineered steel building together. Be it concrete piers or concrete slabs, the foundation’s design is critical in ensuring the steel building’s integrity.

· Doors and windows – Typically, these are not part of the steel building kit because they are considered accessories.

· Building permits

· Land – Of course, you need the land on which your pre-engineered steel building will be erected.

· Delivery of the steel building

· Erection of the steel building – Pre-engineered steel buildings come with an erection manual that is easy to read and follow.
However, if you would like to hire a professional erector to do the job, include the payment for his services in your budget.

· Government taxes on the purchase

Depending on your pre-engineered steel building’s final use, you may have additional expenses for the following:

· Insulation

· Electricity

· Plumbing

· Interior and exterior finishing

· Miscellaneous expenses

In the end, you still get your money’s worth if you choose to build with steel. Savings due to shorter construction time, lower construction and material costs are immediately realized. Savings in the form of low insurance premiums, low building maintenance, and energy efficiency, among others, can be appreciated in the course of the pre-engineered steel building’s long lifespan.

BUSINESS AND COMMERCIAL PRE-ENGINEERED STEEL BUILDINGS

Monday, June 21st, 2010

Pre-fabricated and pre-engineered steel building systems have become popular choices for business and commercial applications. This is mainly due to their durability and the state of the art engineering methods employed by metal building suppliers. Almost any conceivable design for steel buildings can now be engineered and produced by today’s steel manufacturing plants.

When steel building systems are delivered, they are packaged as kits, already pre-punched, pre-drilled, and pre-welded, ready for construction. An all steel structure is flexible and can put up as clear span, requiring no support columns. This characteristic is important for applications that require a lot of indoor space.

Basically, there are three categories of steel buildings for commercial and business use.

The first choice is the steel-framed system. Only the structural frame is fabricated using high-grade steel. The building’s exterior can be finished with other construction materials such as brick, stone, or stucco. This type of approach is most often seen in small office buildings, insurance agencies, and houses.

A steel pole building system is the next option. This configuration utilizes steel for the building’s poles and trusses, where the roof and walls are attached. Also known as pole barns, these metal structures are often used for farming and ranching applications.

The last category is the steel arch structure system. This is the easiest to erect amongst all systems. The metal structure is made up of steel panels and is often the choice for agricultural and fabrication applications. The steel panels are formed in the contour of an arch and serve not only as the building’s roof but the walls, as well.

Today’s business market is turning to steel as the choice of construction material because steel buildings are sturdy, durable, long lasting, environment friendly, low maintenance, inexpensive, and offers no surprises during construction. So, whichever steel building style is preferred, STEEL is still, the best choice.

How a Prefab Steel Building Project Works – IV: Construction and Finishing

Sunday, May 16th, 2010

Now that you have completed the design-budgeting and the engineering-fabrication stage, next comes the actual construction. You would have a steel contractor who will provide you with all the required materials and who would have gotten the approvals for you. At this stage, you will have an idea of exactly what your steel building will look like.

Before beginning construction, however, it is required to prepare the site where the building is going to be built. This is to provide a strong foundation for the steel building, which is quite essential for a stable structure. This can be done while the components are being manufactured, which takes about 2-3 months depending on the requirements. For prefab steel buildings, a concrete foundation on the site is required. Your steel contractor should be able to help you out with the preparation and ground work required.

The actual construction can then take place after this foundation is laid. For prefab steel buildings, you can get a detailed instruction set and all the required components to complete your building. Since it is not at all difficult and there are no complicated procedures like welding required, you can always get the building ready by yourself. If not, you can hire some labor to do the job.

Many people like to do the finishing job well as they want their steel building to look just like any traditional building. This is very much possible with many options. The interior walls and exterior paints can redefine the look of the building. Also, many other secondary finishing needs to be done such as including plumbing, steps, etc. Such details can be decided after the construction but it is advisable to plan them out initially to get an estimate of the total cost.

In the end, you will need to get your steel building approved by a building inspector, just like the case for any other building. This should complete the whole process of getting your steel building ready.

How a Prefab Steel Building Project Works – III: The Engineering and Fabrication Stage

Friday, May 14th, 2010

After you have completed the design and budgeting stages, you now need to take care of the engineering and fabrication. At the design stage, you would have had an idea of what you want – all the detail included. This is just the basic design that you have prepared.

You will now need to create the specifications and blueprints for your steel building, just like any other traditional building. This needs to be done by a certified engineer. The blueprints are required since they specify the exact dimensions of your building and also the materials that will be used. This should be done with the help of your steel building contractor, since he is the one supplying you the material. In most cases, the contractor will help you get these blueprints ready through a certified engineer.

It is at this stage that the engineer needs to specify and calculate what loads the building will be able to withstand. Steel buildings are usually sturdy by nature and can withstand extremes of weather conditions. However, these need to be specified and they need to meet the local building codes in your area. Only after all the approval will your actual production of prefab structures begin.

The fabrication involves creating all the essential engineering elements such as beams, girders, roof panels, posts, etc. In addition, the joints are prepared that will help you assemble the whole structure together. These fasteners are an important part of the production process in prefab steel buildings. The contractor will ensure that all the right dimensions are met and the parts are cut to the exact dimensions. Also, these are predrilled so you will not need to worry about drilling during the assembly stage. All you need to do is to bolt the different parts together and you will be done. There is also no need for any welding. This is why you don’t really require a lot of labor for prefab steel buildings.

How a Prefab Steel Building Project Works – II: The Budgeting Stage

Friday, May 14th, 2010

Steel buildings provide the best value for money compared to any other building material. Mass production and advances in manufacturing technology are but some of the reasons for this. Steel buildings make a lot of economic sense not only during the building stage but also during the maintenance stage over the long run.

Before you embark on your journey of constructing that wonderful steel building you have always dreamt about, take some time to budget things out. There are so many different things that you can add to your steel building that it is easy to get carried away. This can result in cost overruns that are not a pleasant experience for anyone. It is therefore important that you budget and plan accordingly. When you budget properly, you will have a good idea not only of your finances but also of what needs to be included in the building. Thus, depending on your budget, you might or might not want to include special features like say a skylight.

As a general rule, you should never compromise on the quality of the structure itself. The decorations and other perfunctory operations can always be settled later. Certain important functional additions like insulation should be given a much higher priority than decorations and other non-functional utilities. The design and budgeting stages usually go hand in hand.

Labor is another aspect that you should look for at this stage. As far as possible, you should avoid spending too much on labor since it can get quite costly and you can get a lot of other value additions for that amount spent. Thus you should try to arrange for some help from family, friends, relatives and neighbors to help build your steel building. Prefab steel buildings are simple to put together and will not take much time and effort.

How Pre Engineered Steel Buildings provide great deals

Thursday, May 13th, 2010

Pre-engineered steel buildings are the most common form of steel buildings in use today due to the host of benefits that they provide. Steel buildings already are a great deal for people who want to construct their building and pre-engineered steel buildings are simply the icing on the cake.

Pre-engineered steel buildings involve the putting together of factory shipped material in its semi-finished form. This gives a lot of convenience to the buyer along with a host of advantages. In a pre engineered steel building, the structure of your building like the shape and size of the building, the details about doors and windows, etc. need to be provided to the contractor and you will get the material to the site that can be put together.

The three main benefits of pre engineered steel buildings are –
Low cost: This saving is in two forms. First, due to mass production, the cost of production is reduced. Second, due to the elimination of the need of labor, you can save a significant amount. In pre-engineered structures, you need little or no labor to construct the building.
Fast construction: This is another important area especially for buildings that need to be operational as soon as possible and where business or revenue depends on it. Pre-engineered buildings take just 2-3 months from their inception to completion stage, which is a drastic reduction in time compared to traditional buildings.
Minimal maintenance: Most steel buildings can survive for several decades without any issue of maintenance. Steel structures are also resistant to high winds, fires, etc. and thus need lesser amounts for insurance. In a nutshell, they are the most durable structures you can build.

These advantages are prompting people to opt for pre-engineered structures as their primary choice of construction.