Ways Concrete Can Be Used in Building

Concrete is used for a variety of applications. In ancient Rome, it was discovered that a mixture of lime putty and pozzolana could be hardened when placed under water. This process is called hydraulic cement and was the basis for many Roman buildings and engineering projects. By the Middle Ages, hydraulic cement was also widely used in Spain and Africa. In the early sixteenth century, Spanish concrete reached the New World. Spanish concrete was made of a mix of lime and sand or stone aggregate. Visit info formwork contractors to get the best concrete service.

Plain concrete

Concrete is a composite material with physical properties similar to stone, which is why it can be used in building structures. It is composed of cement, aggregate, and sand, and has the added benefit of being very durable. It is commonly used for roads, sidewalks, and concrete floors. It can also be reinforced with steel bars to withstand the weight of heavy loads.

Foundation Formwork

Plain concrete is widely used in building construction and is particularly suited for structures with low tensile strength. It has a compressive strength of about 200 kg/cm2. It can be used as a bed concrete for wall and column footings, and as a sill concrete for hard surfaces around windowsills.

Rapid-strength concrete

The market for rapid-strength concrete for building is expected to reach USD 60 billion in Europe by 2027. The region’s stable industrial development and growing spending in the building & construction sector are likely to drive the demand for this product. Rising infrastructure projects and major road construction projects will also bolster demand in Europe. In fact, the European Commission has announced support for large infrastructure projects under the European Fund for Sustainable Development, which is expected to generate more than USD 150 billion by 2027.

Government policies and increasing demand for sustainable construction will drive the demand for rapid-strength concrete in the coming years. According to the Associated General Contractors of America (AGC), around USD 1.4 trillion worth of structures is constructed each year. Rapid-strength concrete has many benefits, including being highly sustainable and efficient. However, it will face a number of challenges, including a lack of product awareness in emerging countries and a lack of technological advancements.

Pervious concrete

Pervious concrete can be used for a number of different applications, including paving, retaining water and filtering storm water. This type of concrete is particularly good for areas that are prone to flooding and poor drainage. Its design minimizes the need for complex storm systems and allows for more efficient land use.

Pervious concrete is a lightweight concrete that is highly porous and helps regulate runoff. It contains just one size of coarse aggregate and creates large voids in the concrete, which increases its permeability. This type of concrete can be compacted very lightly, but overcompaction can reduce its permeability. It is also generally not reinforced. In addition, its thermal conductivity is low. Its primary use is in stormwater management.

Precast or cast-in-place concrete

Whether you are building a new home or expanding an existing structure, there are many reasons to use precast or cast-in-place concrete. The most important factor is cost, so make sure to factor in materials and labor costs. Besides, no two construction jobs are exactly the same, so you need to consider the unique needs of your project.

Precast concrete products are cast in a factory before being shipped to a construction site. They are tested for strength before delivery. After completing the process, they are labeled with project information, weight, and date of production. Once they are completed, they are shipped to a laydown yard where they are installed. The manufacturer coordinates the delivery date and trucking to the job site.

Ready mix concrete

Ready mix concrete is a manufactured form of concrete, made from a combination of aggregates, water, and various types of cement. It was first invented in 1903, but was initially mixed by hand. The invention of transit mixers, however, soon saw ready mix cement gaining popularity in construction and other industries. There are two forms of ready mix concrete: in-transit and on-site.

Transit mixed concrete is the most common type of ready mix concrete. The constituents are mixed partially in the manufacturing plant and then added to a truck. Once the truck arrives at its final destination, the concrete is fully mixed. This method allows more concrete to be transported at a single time.