Is Ferrock cheaper than concrete?

Right now, Ferrock hasn’t become widely used, so it’s still pretty easy to find the necessary materials. Therefore, you can create Ferrock for a low over cost. But concrete will usually be cheaper to make or purchase than Ferrock, due to the manufacturing.

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Correspondingly, can you buy Ferrock?

It can be used in gardens, patios as well as commercial buildings and residential buildings. You can buy ferrock online.

Herein, is Ferrock stronger than concrete? One of the unique qualities of Ferrock is that it absorbs more CO2, (a highly toxic gas) than it creates, unlike cement. Ferrock is five times stronger than the typical Portland cement (powdery building material made of chalk, concrete, mortar and clay) and can withstand more compression caused by seismic activity.

Similarly one may ask, what are the alternatives to concrete?

Gravel is one of the more common alternatives to concrete. There are a few different types you can find in the home improvement store that can replace concrete cement used for driveways and walkways. These include pea gravel, crushed stone, and quarry process.

What is Ferrock used for?

Ferrock can be used in much the same way as concrete. Dr Stone even made a ‘green’ greenhouse for his wife, using Ferrock as the main building component for the walls and roof.

What is green concrete?

Green concrete is defined as a concrete which uses waste material as at least one of its components, or its production process does not lead to environmental destruction, or it has high performance and life cycle sustainability.

What is in fly ash?

Fly ash consists primarily of oxides of silicon, aluminum iron and calcium. Magnesium, potassium, sodium, titanium, and sulfur are also present to a lesser degree. When used as a mineral admixture in concrete, fly ash is classified as either Class C or Class F ash based on its chemical composition.

What is the Ferrock?

Ferrock is a binder that is a blend of Iron Powder, Flyash, Lime Powder, Metakaolin and Oxalic acid. Oxalic acid acts as a catalyst and on reaction with CO2 and water produces Iron Carbonates, which is the hardened product. It can enhance the environment by absorbing the atmospheric CO2 for its hardening process.

Why do we need self healing concrete?

Self-healing of cracks in concrete would contribute to a longer service life of concrete structures and would make the material not only more durable but also more sustainable.

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