Concrete Iron That Can Withstand Earthquakes, What's the Secret?

Reinforced concrete is one of the irreplaceable materials in the construction world, especially in earthquake-prone areas. As the main reinforcement in concrete structures, reinforced concrete plays an important role in providing strength and flexibility to buildings. However, what exactly makes reinforced concrete able to help building structures withstand earthquake shocks?

1. Material with High Tensile Strength
Reinforced concrete is designed to have very high tensile strength. When an earthquake occurs, tensile and compressive forces act on the building structure. With its high tensile strength, reinforced concrete is able to withstand these forces without experiencing significant damage.

2. Optimal Flexibility
In addition to being strong, reinforced concrete also has an optimal level of flexibility. This property allows reinforced concrete to follow the movement of the structure due to the earthquake without breaking. That way, damage to the building can be minimized.

3. Use of Threaded Reinforced Concrete
Reinforced concrete is often the main choice for earthquake-resistant buildings. Its threaded surface provides a stronger grip on the concrete, so that the bond between the concrete and reinforced concrete becomes stronger. This helps prevent the reinforcement from coming loose from the concrete during an earthquake.

4. Building Structure Design
In addition to the quality of the concrete itself, the design of the building structure also plays an important role. The concrete used in the design of cross-reinforcement or stiffener frames is able to distribute earthquake forces evenly throughout the structure.

5. Strict Quality Standards
The concrete used for earthquake-resistant construction must meet certain quality standards, such as the Indonesian National Standard (SNI). This standard ensures that the concrete has the appropriate strength, elasticity, and durability to face the risk of earthquakes.

6. Routine Maintenance and Inspection
Regularly checking the condition of the concrete in buildings is also the secret behind its resistance to earthquakes. Good maintenance, such as preventing corrosion of the concrete, will increase the service life and performance of the material in extreme conditions.

Earthquake-resistant concrete is not only about the materials used, but also about the combination of material quality, proper structural design, and high construction standards. If you want to ensure that your building is earthquake-resistant, be sure to use quality concrete from a trusted distributor such as PT Intisumber Bajasakti.

Contact PT Intisumber Bajasakti to get quality concrete at competitive prices! We are ready to help you realize a strong and durable construction.
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