New Admixture Can Improve The Adaptability Of Concrete

- Jan 27, 2021-

China 3-Mercaptopropionic Acid production: new admixture can improve the adaptability of concrete

1. Concrete solidification and burst in high temperature

During construction, many huge concrete blocks will burst and crack due to high temperature during solidification. Therefore, in the development of concrete admixtures, new concrete admixtures should be used to reduce the impact of high temperature expansion on concrete solidification. , So as to solve the problem of concrete block solidification and burst in high temperature, so that large-scale engineering projects are not affected by high temperature.

2. Concrete bonding problem

In the process of construction, when it is necessary to connect with solidified concrete, such problems are generally encountered; cracks and fractures will appear in the place where the new and old concrete meets after a period of time. This problem is mainly related to the adhesion and fusion of concrete. Therefore, it is necessary to study cement admixtures to improve the adhesion of the concrete itself and the fusion with other objects, so that the concrete can firmly adhere to the body and the body like glue. Adhesive body solves the multi-directional adhesion problem of concrete to a greater extent.

3. The concrete components of the building will break when subjected to large pressures

Beta-Mercaptopropionic Acid factory said: Thiopropionic Acid For Polycarboxylate Superplasticizer, currently there is a kind of fiber that can play the role of "ligament" added to concrete, which can be made into a new type of material that is light, not easy to break, and bendable. This new material does not contain coarse sand, its main composition is almost the same as that of ordinary concrete, and the appearance of the two is also similar. However, when under great pressure, the new concrete with China 3-Mercaptopropionic Acid CAS 107-96-0 will bend rather than break. This is because the special fibers added will move inside the concrete and can play a flexible internal connection. The use of this new material to connect two sections of ordinary concrete bridge decks requires only a movable steel tooth, and the cost may be 37% lower than using traditional materials.