Add to ORKGThe article presents the results of strength tests of cement stone with polymer additives. It is established that polymer additives can both increase and decrease the strength and density of cement stone. It is shown that the polymer additive DLP2141 accelerates the set of strength of cement stone at the early stages of hardening
Some water-soluble polymers have proved potentials for improvement in properties of Portland cements...
Hardening of cement pastes modified with 1 %polymersas methyl cellulose (MC), hydroxyl ethyl cellulo...
A study was designed to assess the merits of polymer addition to superplasticized cement paste, mort...
The article presents the results of strength tests of cement stone with polymer additives. It is est...
In this article at present, in order to improve the living standards of the population in our countr...
The article presents the results of research work on the development of the properties of binders wi...
The article presents the results of research work on the development of the properties of binders wi...
The modern types of concrete are a mixture of aggregates, cement, water and optional additives and a...
The article shows the effectiveness of the use of polymer additives for the production of fine-grain...
The paper presents results of research aimed at developing a new semi-functional concrete additive t...
Finish materials in facade systems are experiencing significant stress associated with atmospheric a...
The article presents the results of research work on the development of the properties of binders wi...
This paper conducted a comprehensive investigation into the role of polymers in cement-based materia...
The physical-mechanical influence and chemical effect of calcium formate, vinyl acetate/versatate, a...
Redispersable polymer powders act as boosters of the physical and mechanical properties in the cemen...
Some water-soluble polymers have proved potentials for improvement in properties of Portland cements...
Hardening of cement pastes modified with 1 %polymersas methyl cellulose (MC), hydroxyl ethyl cellulo...
A study was designed to assess the merits of polymer addition to superplasticized cement paste, mort...
The article presents the results of strength tests of cement stone with polymer additives. It is est...
In this article at present, in order to improve the living standards of the population in our countr...
The article presents the results of research work on the development of the properties of binders wi...
The article presents the results of research work on the development of the properties of binders wi...
The modern types of concrete are a mixture of aggregates, cement, water and optional additives and a...
The article shows the effectiveness of the use of polymer additives for the production of fine-grain...
The paper presents results of research aimed at developing a new semi-functional concrete additive t...
Finish materials in facade systems are experiencing significant stress associated with atmospheric a...
The article presents the results of research work on the development of the properties of binders wi...
This paper conducted a comprehensive investigation into the role of polymers in cement-based materia...
The physical-mechanical influence and chemical effect of calcium formate, vinyl acetate/versatate, a...
Redispersable polymer powders act as boosters of the physical and mechanical properties in the cemen...
Some water-soluble polymers have proved potentials for improvement in properties of Portland cements...
Hardening of cement pastes modified with 1 %polymersas methyl cellulose (MC), hydroxyl ethyl cellulo...
A study was designed to assess the merits of polymer addition to superplasticized cement paste, mort...