Things to know about the microcement

Microcement is a kind of concrete that’s made from fly ash, a by-product of coal-fired power plants. Fly ash is a fine powder, and when mixed with water it forms a paste that can be used as a building material.

Here are some things to know about microcement:

It’s stronger than traditional concrete. Microcement has the same compressive strength as normal concrete, but it has more tensile strength and better resistance to cracking and spalling.

It lasts longer than regular concrete. Microcement doesn’t need to be repainted as often because it doesn’t have any pores that can fill up with dirt or water.

Microcement is a new building material made from recycled glass and Portland cement. It’s a hybrid of concrete and cement with the benefits of both.

It’s green. Microcement uses recycled glass, which is made from crushed bottles, as an aggregate instead of rocks or gravel. That saves fuel, reduces greenhouse gases and makes it easier to recycle the material at the end of its life cycle.

It lasts longer than concrete. Microcement cures faster than traditional concrete because it doesn’t rely on water as much as conventional concrete does. In addition, it doesn’t crack or chip as easily because it has no aggregate that can break away over time or during construction.

It costs less than conventional concrete. Because it’s made with recycled materials, microcement is significantly less expensive to produce than traditional concrete, which requires large amounts of sand and gravel quarried from mines around the world at great environmental cost (and often under slave-like conditions).

Microcement is a cement-based material. It is also known as synthetic, micromodular, or nano-cement. The main difference between this and regular concrete is that it has smaller particles, which makes it harder and stronger than normal concrete.

It’s made from ordinary Portland Cement, sand and water. However, instead of the large aggregate that you’d find in regular concrete, it uses small particles that are 1/5th the size of sand grains. This makes it much stronger than conventional concrete and also creates a smoother finish on the surface of the product.

The microcement process is carried out at high temperatures (up to 1000 degrees Celsius) under pressure in special kilns which allows it to fuse together into one solid piece.

Microcement has several advantages over traditional concrete. For example, it weighs less, which makes it easier to install and remove, and it’s more environmentally friendly because it doesn’t require any additional materials to make it harden. It also lasts longer than traditional concrete because it can be sprayed onto surfaces rather than poured into forms, which gives it better adhesion and allows for tighter tolerances.

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