Why Choose Concrete?

Concrete is considered to be an organically bonded material that contains inert materials. The inert material acts as a filler as well as the binding substance functions as a binder. The principal binding substances are cement and lime. The concrete inert materials are known in the form of aggregates. It is a compound which is extensively used in the construction industry and is made by mixing aggregates, cement rocks, gravel, and water. All the elements combine to create the stone-like substance.

Benefits of Concrete

Concrete offers many benefits. Of all the building materials used all over the world, concrete is among the most extensively used due to its distinctive advantages when compared to others. There are numerous advantages to concrete that are explained in the next paragraphs.


Concrete lasts for a lengthy period of time, higher then other construction materials and it is more durable over time. This reduces the cost of ownership as well as the environmental impact associated when you have regular rehabilitation or reconstruction. Concrete is an excellent building material that strengthens over the passing of time. It is impervious to weathering, erosion and natural catastrophes. It is not in need of repairs or maintenance, which makes it a worthy investment price.


Environmentally-conscious builders look for durable building materials that leave the smallest environmental footprint. Made from locally-sourced plentiful materials Concrete’s longevity and durability to make it the best option for a sustainable future. Concrete structures help developers and governments achieve sustainable goals. They help reduce city heat islands, and can easily be used to aid in “green roof” projects.

In the course of concrete, it’s reused from start to the end. Many industrial waste products and wastewater that might otherwise be disposed of in landfills are recycled inside the cement kiln or blended into concrete mixes to give desired qualities. Concrete used for recycling is recyclable . It is utilized as an aggregate in roadbeds, or as granular material for concrete mix mixes which have been newly created.

Resistance Against Elements

Although water-based chemical compounds can cause corrosion of concrete as well as reinforced concrete they aren’t an issue in the case of reinforced. As opposed to wood and steel concrete, concrete is able to stand against water without degrading. This makes concrete ideal for submerged and underwater applications like pipelines, dams for construction structures canals, linings and other water-based structures.

Pure water isn’t a cause of harm to concrete and even reinforced concrete. Water-soluble chemicals like sulfates, chlorides and carbon dioxide may result in corrosion. Concrete is also able to stand against greater temperatures than steel and wood. Calcium silicate hydrate commonly known as C-S, is the main binder in concrete, has the capacity to stand up to 910 degrees C. Concrete is not the best conductor of heat but holds a large quantity of heat that is emitted by the surroundings.


Concrete structures don’t require coating or painting regularly to avoid weathering in contrast to steel or wood structures in which it is common. The coating must be changed regularly and then repainted. This is why the maintenance cost for concrete much less than steel or wood.

The costs of the insurance required for concrete structures in both operating and construction phases have been shown to be considerably lower than the cost of building using water-sensitive, combustible substances. Concrete pavements are also efficient in terms of lifecycle and initial cost basis and require just 1/3 of the care that an asphalt equivalent road would require over fifty years.

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