How Steel Amplifies Structure Durability maigne|April 11, 2019

How Steel Amplifies Structure Durability

How does steel amplify structural durability?

  1. It can handle being stretched.
  2. It doesn’t corrode easily.
  3. Its tensile strength reinforces safety.
  4. It is fire resistant.


Every structure, from buildings and homes to public compositions, needs to be durable. Why? First, it is industry standards that show your creation will have a long service life. Second, any structure should have necessary defenses against different environmental factors and natural disasters. Third, durability ensures that you will save on maintenance and replacement costs. Because of all these reasons, it is important you take these things into account when choosing the appropriate material.

When it comes to different metals used for construction in the Philippines, steel stands out as being one of the most durable. It amplifies the longevity of different structures because of these listed qualities.

It can handle being stretched.

It Can Handle Being Stretched

Engineers love steel in their structures because it gives their fellow architects flexibility in design due to its ductility. Ductility is referred to how much a certain metal can be deformed by forces without becoming brittle and destroyed.

When you want to make creative compositions like sculptures or want a wide space for a room, you need to use a material that can withstand being stretched at huge lengths. Steel can fulfill both purposes because its ductile nature allows it to be malleable. You can stretch it to make areas spanning up to 150 meters without columns. Furthermore, you can curve and bend it to make a more circular design.

It doesn’t corrode easily.

Corrosion, in the form of rust, can easily weaken any structural part, including pipes in the Philippines. This chemical reaction comes as a result of the metal’s iron oxides bonding with oxygen and water. It slowly reverts to its original self, which is always weaker than the final product.

Corrosion can bring about these negative effects on buildings and low-rise homes:

  • Decrease in strength

At the end of the day, you need structural components to stay strong so these can carry heavy loads and safely protect people. Corrosion decreases their overall strength by ruining the composite elements and expanding its being over the protective layers of different parts.

  • Higher chances of fatigue

Since the composition of the space decreases in strength, its ability to deal with different stresses also weakens. Since it experiences more and more fatigue, the surroundings will consequently crack and break.

All of these problems and defects can lead to groups spending millions to solve them. Additionally, corrosion is an unavoidable problem because buildings and homes will inevitably deal with strong winds, rainfall, and gas particles.

It is important you pick a structural material that has components which prevent its iron oxides from reacting with different environmental factors. Fortunately, stainless steel is a metal that doesn’t go through the corrosion process because the nickel is added to its components. This steel will normally have rust because of the ingredient chromium, but thanks to the nickel layer, it is protected from this event.

Thus, using steel for your different projects will keep them durable for a long time.

Its tensile strength reinforces safety.

Its Tensile Strength Reinforces Safety

Tensile strength (force per unit area) refers to how many pounds of stress a material can handle before it breaks, fails, and permanently deformed. An item with a high amount of this trait can stay elastic for a long time before getting permanently destroyed. Overall, it displays the toughness of a structural material against heavy loads.

When it comes to construction metal, it’s a strength is measured by two things:

  • How much load it can carry before losing structural integrity
  • How long can its alloy go before reaching its limit

Because structures come into contact with disruptive forces, this durability quality has become a measurement of how safe a certain constitution will be its future occupants.

Withsteel in the Philippines,you can be assured of its safety because of its high tensile strength, despite its light weight. Since it is so strong without being bulky, it becomes a very cost-effect material as well.  Usually, engineers enforce concrete pieces with steel bars precisely because of these qualities.

It is fire resistant.

You will never know when a structure will catch on fire, thus, it is important for engineers to add fire-resistance to their different projects.

When a space experiences heat at high temperatures due to flames and hot gasses, the event can bring upon a lot of problems; collapse, breakage, and deformation due to components melting. Additionally, it can weaken because the metals involved are experiencing forced corrosion due to high temperatures.

Steel materials, such as pipes in the Philippines, can withstand huge fires because of the chromium in its composition. Chromium becomes a plate that will resist fires with temperatures of 700 to 1200 degrees in Celsius, depending on its percentage on the overall composition of the metal.

Key Takeaway

Durability is an important factor to consider when picking the right material for your construction plan because it ensures that your compositions stand tall for many years. For a building to last, its materials have to able to withstand outside factors while fulfilling the different needs of its designers.