Effect of Modern Air Entraining Admixtures on Physical Properties of Construction Mortars
Michał Babiak, Maria Ratajczak, Piotr Kulczewski, Jacek Kosno
Abstract
Michał Babiak, Maria Ratajczak, Piotr Kulczewski, Jacek Kosno
Abstract
The basic feature characterising the concrete’s quality and its usefulness for a structure is compressive strength. However, other features, such as frost resistance, absorbability, tightness, abrasiveness, decide on the durability of concrete in the structure as well. The paper presents the results of tests conducted on an ecological air entraining agent applied as a concrete mix admixture. The air entrainment of a concrete mix is aimed at entraining additional air pores with appropriate shape, size, and distribution into the concrete structure. The air entrainment is one of the main technological processes aimed at improving the concrete’s resistance to destructive effect of frost [1,2,3,4].
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The basic feature characterising the concrete’s quality and its usefulness for a structure is compressive strength. However, other features, such as frost resistance, absorbability, tightness, abrasiveness, decide on the durability of concrete in the structure as well. The paper presents the results of tests conducted on an ecological air entraining agent applied as a concrete mix admixture. The air entrainment of a concrete mix is aimed at entraining additional air pores with appropriate shape, size, and distribution into the concrete structure. The air entrainment is one of the main technological processes aimed at improving the concrete’s resistance to destructive effect of frost [1,2,3,4].
Key concepts: Air entrainment, Durability, Frost (temperature), Materials science, Mortar, Compressive strength, Entrainment (biomusicology), Geotechnical engineering