Category Archives: Steel Buildings

Why Steel Buildings Are So Resistant To Seismic Events

Earthquakes and other seismic events damage many buildings every year. Buildings made from steel are far more resistant to damage from earthquakes. Steel has distinctive properties that can negate some of the issues that cause other materials or buildings to fail. It is also affordable and commonly available. Steel buildings are very resistant to seismic activity for a number of reasons.

Steel Is Lightweight

One of the main benefits of using steel for a building is that it is very lightweight while maintaining a high level of strength. Lightweight and strong materials like steel remove some of the problems that make traditional buildings vulnerable to earthquakes. Less pressure is placed on different components during a seismic event because of the low weight of steel. This allows even a large building to suffer little stress despite the movements of the different components. The result is that steel structures have higher tolerances so that earthquakes have less of an effect and cause less damage.

Steel Is Flexible

Although steel is strong, it is also flexible. Steel can actually warp and twist in nearly every direction without losing any structural integrity. Flexibility is one of the most important aspects of buildings in areas that are prone to earthquakes. The flexibility of steel will allow a building to easily survive moderate seismic activity without sustaining any real structural damage. It can even help the building during a major event that lasts for a long time. Steel is different from wood or concrete because the movement of the alloy does not cause permanent damage to the material.

Steel Can Be Used To Create Large Building Components

The strength and lightness of steel allows for the manufacturing of large building components. These could be large columns, rafters or wall panels. Large building components are important in order to protect a structure against seismic events because they are able to twist and move without breaking apart. Large components have a high level of elasticity when compared to elements formed from many small and separate parts attached with adhesives or bolts.

Steel Is Very Strong

What cannot be overlooked is the inherent strength of steel. One of the reasons steel buildings do well during earthquakes is simply because of molecular structure of the alloy. Steel will not shatter or rip apart like other building materials. It has a high weight capacity so that even the extra weight and stress placed on the building during seismic activity will not exceed the tolerances of the steel. This allows the building to easily survive an earthquake.

Metal Buildings Can Be Designed To Resist Earthquakes

Steel is a popular choice for earthquake resistant buildings because it has unique properties not present in other types of materials. Many designs use a combination of special concrete and other materials like bamboo or plastic. Steel gives designers and engineers the freedom to create a building that meets all of the recommendations and tolerances to survive a seismic event. It is also a readily available and inexpensive building material when compared to some of the other more exotic options available today.

New Applications for Stainless Steel Construction

Stainless steel has evolved over the last 20 years and has many implications in the construction industry. Designers are using more stainless steel materials because they have good mechanical properties that can be used in a variety of applications. Here are some ways that stainless steel has been used in the industry in the past.

1. Bridges

Stainless steel has been used in bridge construction because its durable, and it resists corrosion and rust. The material is also eco-friendly and sustainable. If aesthetic appeal is a concern, it can also meet this criteria. Concrete bridges often use duplex stainless steel rebar. This ensures that bridge maintenance is kept to a minimum.

2. Composite Floor Systems

Composite floor systems are growing in popularity. The steel-based floor systems include composite, shallow floor, and long span. Each of these solutions will work for a different type of project. These types of floors may be used in retail buildings or educational buildings.

The only problem with steel is that it’s one of the most instrumental factors for selecting a composite floor system. People prefer composite floor decks because they can withstand fire for up to four hours before severe damage occurs.

3. Thin-Walled Cladding

Thin-walled cladding can be used in nuclear structures and also other construction projects. The construction can be thinner, while maintaining its durability. This is why stainless steel is growing in popularity for thin-walled cladding situations. Most people are familiar with stone-walled cladding, but thin-walled cladding with steel can be equally as attractive in industrial areas. Many people are choosing thin-walled cladding for protection and for aesthetic appeal.

4. Containment Structures

Containment structures often use reinforced stainless steel or lead to enclose a nuclear reactor or other structures. It is designed to contain radiation in the pressure rand of 40 psi to 80 psi.

Typically, when containment structures are used for this purpose, they are the fourth barrier to radioactive containment. The fourth barrier is usually the last barrier. The airtight steel structure will seal the containment building and the reactor off from the outside elements. The stainless steel is so strong that it can withstand the impact of a passenger airliner full of people and baggage without rupturing.

New Applications for Stainless Steel

In the past 20 years, the consumption of stainless steel has grown by a growth rate that’s greater than five percent. This is in part due to the fast construction growth rates in China. Nearly four million tons win into construction applications in 2006. Fourteen percent of the total amount of steel consumed is stainless steel.

The product is clearly gaining favor in new applications. As more people recognize its incredible hygienic properties and durability, they will continue to use the popular material to prevent corrosion and other problems. In the meantime, stainless steel needs to gain more exposure in the construction industry to reach its full potential.

If you want new ideas for stainless steel, you can find them online and by asking industry experts. It’s truly a material of choice in construction.

Building a Strong Home with Steel

When someone contemplates building a new home, no matter what size they are considering, it’s easy to overlook the possibilities of building with steel. Many imagine that using steel in the construction of a home would be expensive, but they are mistaken. Raising a steel building can in the long run be far more cost effective than other traditional materials.

Giving the Home Strong Bones

Starting with a steel frame will provide the home with greater durability than a wood frame house. There is less waste of materials in the construction, because the steel beams arrive fully prepared for their place in the structure. The contractor orders the beams sized exactly to the specifications of the house blueprint, and the bolt holes that will secure the joints are pre-cut before delivery. Each piece is marked for its specific location, allowing for speedy assembly of the house frame.

Flexibility of Space

Because of the strength of steel, larger open spaces are available for interior layout. The need for multiple interior supporting beams is diminished. This allows for greater possibilities in designing the interior spaces of the home. Cathedral ceilings, wide open gourmet kitchens, specially placed lofts, all these options are within reach with a steel supporting structure.

Fire Resistant

One big advantage to steel buildings is their greater resistance to the worst ravages of fire. When a steel roof is added to the frame, you have a greater possibility of avoiding the total loss of the building to fire. If the home is being constructed in a region prone to wildfires, this added layer of protection can be very attractive to the home builder.

Energy Efficient

Another aspect of using steel in construction is that it is much easier to insulate such a building than it is to insulate a wood frame structure. Preventing the loss of heat In the winter and retaining the cool air during the summer can save the home owner much in energy costs. Additionally, the durability of the structure provides greater resistance to the attacks of nature from winter storms, high winds, and even earthquakes.

Dreams Can Come True with Steel

The building of a new home represents the vision of someone who wants a warm, welcoming, and safe haven from the world outside. The open space possibilities of a steel frame allow for many breath-taking and delightful areas in the home, at considerably less cost than might otherwise be called for. Additionally, because the steel arrives at the construction site already prepared for the specific design, the assembly of the frame proceeds quickly. Construction times are cut when using steel. For the ecologically conscious homeowner, there is also the appeal of little wasted material in the construction process.

Choosing to build with steel will provide the homebuilder with the promise of long-term durability and stability, resistance to the harshest weather conditions, and the space to make the interior a haven that most can only dream about. Before anyone begins construction on a new home, they should consider the benefits to be gained by using steel.

What’s So Special About Steel Buildings?

Actually, there are a lot of things that are special about steel buildings! They’re seen and utilized just about everywhere, but have you ever wondered why? It’s because of the many advantages that they have over others.

Faster to Build
Though a concrete building can be begun sooner than a steel building, chances are that the steel building will be finished sooner and will still be of high quality. A steel building can also be built on ground that’s considered too soft for other types of structures. Also, repairs can be made quite easily and quickly in a steel building.

Less Costly
Steel buildings cost up to 7 percent less than concrete buildings and have cost less for the last 30 years. The cost of a steel building rose about 68 percent since 1980 while the cost of a concrete building went up 114 percent since 1980. One of the reasons is because steel is easier to manufacture than concrete. Steel is easy to mass produce and bays, porches and wings can also be added to a steel building with ease.

Environmentally Friendly
When people think of steel they might think of white hot furnaces, molten metal and burly men wielding sledge hammers that result in a metal that’s not very friendly. But steel is amazingly sustainable and almost 90 percent of steel is made of recycled material. Moreover, that recycled steel can be recycled again. The production of steel also uses very little water. Steel is so valuable as a recyclable material that demolition companies will pay to take down a steel building in order to recycle it.

Beauty
True, a lot of prefabricated steel buildings are rather pedestrian, but steel’s versatility is such that it can be made into a structure of real beauty. Steel, unlike wood, doesn’t warp, swell or twist and is impervious to insects and mold and mildew. Though being out in the weather can cause steel to corrode, regular painting can hold off his problem. There are also types of steel that resist corrosion.

Strength
Steel is one of the strongest materials known. Even a building that has steel reinforcements isn’t as strong as a steel building. The yield stress of steel, after all, is 50,000 psi. Even reinforced concrete can only manage about 12,000 to 15,000 psi. The strength of steel is crucial in an area that’s subject to earthquakes like California or hurricanes like Florida. Paradoxically, this immense strength allows buildings to be erected that seem light and graceful.

Easy to Design
Engineers love to design with steel and the sophistication of the new technology for designing with steel reflect that. Many engineers and architects have proudly put up photos of the buildings they designed on social media.

Durability
To consider a steel building’s durability, think of how many steel bridges are still serviceable after a century or more with only routine maintenance. Many of these bridges are in environments where it’s frigid in the winter, sizzling hot in the summer and it snows, sleets, rains and hails a great deal.

What to Look For When Selecting a Supplier for Steel Buildings

Steel buildings have many uses. They are durable, environmentally friendly and versatile. They can be used for everything from vehicle storage to office space. Choosing the right supplier is a very important decision. The wrong supplier can cause a chain of problems that results in low-quality buildings delivered long after they are needed. The right supplier can become a valuable partner during the design and building process. There are several things to look for when choosing a building supplier.

Experience in the Industry

The first thing to look for is experience in the metal building industry. Suppliers with years of experience have already taken the time to work out inefficiencies and problems in the building process. They have experience meeting customer needs and delivering buildings on time. Inexperienced suppliers could encounter unexpected problems that affect the final quality of the building or that delay delivery. The supplier should have several years of experience designing and building steel structures.

Design Options and Services

It is best to choose a supplier that offers a wide range of design options and services. There are many situations where the premade buildings available in a catalog need just a few adjustments to become a viable solution. The suppliers should be able to work with clients in order to create custom steel buildings that can be used for any purpose. Additionally, the supplier should have a wide range of design options available such as gutter systems or different entry types.

Manufacturing or Contracting

Suppliers can either perform manufacturing in-house or contract the work to another company when the design is finished. It is important to understand the differences when selecting a supplier. Suppliers that are also manufacturers will be able to build quality steel structures and components consistently. They also have a better understanding the design tolerances and limitations of the buildings. Suppliers that will subcontract the building design can usually offer lower prices. The drawback is that the quality of the work and the time to delivery might be inconsistent. The best choice depends on personal needs and preferences.

Previous Building Portfolio

The supplier should have a portfolio of previous buildings that have been completed and erected. A portfolio of steel buildings will clearly show the design quality and style of work the supplier produces. It can reveal interesting features that could be incorporated into a new building. It also shows that the supplier is reliable and professional. Any suppliers that cannot provide a portfolio of previous work should be avoided since this could indicate lack of experience.

Warranties

The supplier should offer some type of warranty on all or certain parts of the building. Warranties are helpful because they protect clients against manufacturing defects or other mistakes that could make a building unusable. The actual building itself should be guaranteed against defects. It will help to choose a supplier that offers warranties on different components such as the roof. Suppliers that offer warranties are standing behind the quality of the buildings and materials being sold.