The strength of materials is very important in structures and buildings; hence, individuals active in the construction field have always been searching for ways to improve the physical and mechanical properties to increase their strength. The concrete admixtures were a suitable way for this issue.

It is commonplace to use admixtures to improve material properties in the modern construction industry. Concrete is one of the main materials that is used in building construction and its strength and durability directly affect the safety of the building. The purchase of concrete glue as an admixture is very common in the construction field. Are you familiar with the different types of admixtures used in this industry? We will acquaint you with the properties of concrete adhesive with an acrylic base so that you can suitably understand their advantages and efficiency.

The excessive amount of water in concrete significantly reduces its strength and durability. For this reason, experts in this field have looked for suitable admixtures for many years to replace them with water. The products that have been entered the construction industry are known as water-reducing materials. One of these products being paid attention to today is known as plasticizer and can be used in concrete compounds. Today, superplasticizers are widely used in building residential buildings and provide suitable conditions for construction.

You should consider different factors if you want to use concrete in hot climates. When the weather gets hot, the water or concrete consistency reduces therefore, the concrete hardens severely. On the other hand, adding water to concrete weakens its structure and this leads to a decrease in the strength of the concrete. It is necessary to use suitable admixtures to resolve concrete consistency in hot weather

According to the conducted studies, engineers concluded that fibers have different capabilities and are impact resistant, absorb energy and increase the tensile strength of the concrete. In fact, the steel fibers inside the structure are complementary to the rebar and increase structural strength. The fiber reinforced concrete was first produced in the 1950s and has been used in the US and Soviet Union.

It is necessary to know the difference between watertight and damp-proof concrete to increase impenetrability since reducing concrete permeability with sealants is one of the important issues which is used in some concrete structures.

Concrete is one of the most commonly used materials in the construction industry. Generally, sand, water, and cement are mixed to make the concrete; in fact, the presence of water and cement leads to an increase in sand cohesion and consistency. Sometimes other materials are used instead of water in the concrete mixture which makes it bond to different surfaces.

Today concretes with correspondent characteristics have not been designed in some projects due to different factors including, not having sufficient knowledge. Despite the fact that concrete structures have sufficient durability during their lifetime, they damage in aggressive environmental conditions.

The lightweight concrete is one of the most widely used building materials and concrete products. By the growing population and the need for more construction, building strength has also been paid attention to by contractors and builders to construct a high-strength building in considering current standards.

Have you ever thought that you can use significantly high-strength concrete? What properties should such material have to be categorized as high-strength? Is it possible to use it anywhere? To answer all these questions it is recommended to be familiar with Ultra High-Performance Concrete. A lot of chemical admixtures in this product led to the aforementioned title for such concrete. Generally, it is said that concrete is a widely used product all over the world.

If you have little information about the construction industry, you know rebar and the importance of using it. There are two types of rebar; non-ribbed and ribbed rebar, which are used to increase the strength of the concrete against tensile forces.