Microcement is a modified Portland cement which is used for the manufacture of concrete blocks. It is a new concept in construction industry which helps in reducing pollution and also it helps to reduce cost of construction.
Microcement is a relatively new material that can be used in many applications. The main application of microcement is in the construction of concrete structures. It can also be used as a building material for floors, walls and ceilings.
Microcement has been used for many years in Europe, but it was only recently introduced to North America. The microcement industry has grown rapidly since its introduction and continues to grow each year.
Floors can be created using microcement, which is stronger and more durable than normal cement. The flooring can have a polished or rough finish, depending on the material used to polish it.
Microcement can be used as an alternative to concrete for building walls, which are more durable than those built with normal cements. It is also easier to work with than concrete due to its light weight and ability to dry quickly once mixed with water.
Tiles made from microcement are very strong and durable, meaning they will last longer than tiles made from other materials such as clay or stone. They are also resistant to high temperatures so they can be used in areas where temperatures reach up to 300 degrees Celsius without melting or breaking apart easily.
Microcement has excellent fluidity and self-compacting ability due to its small particle size (less than 0.1mm). Therefore, it can be easily dispersed in water to prevent clogging of pipelines by precipitates from raw water sources or other soluble substances contained in raw water sources. Also, the small particle size makes it easy to pass through filters with large pore sizes (e.g., 0.4μm) commonly used in drinking water treatment facilities around the world. This means that microcements can be used as an alternative for conventional chemical coagulation agents that are usually added before filtration to improve the removal efficiency of fine particles from raw water sources (e.g., silica sand).
It is also suitable for making precast elements like beams and columns for buildings, as well as other precast elements such as retaining walls, fences or steps.
The material can also be used for paving roads or for building huge retaining walls that are exposed to high traffic loads.
Microcement can also be used in precast systems such as drainage channels or pipes which are used in agricultural irrigation systems and water supply networks.
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