Gypsum is the most abundant natural sulphate, and in industrial application it plays an important role in gypsum based binders. Furthermore, it plays a critical role in the hydration of Portland cement, and then gypsum is one of the most important cement additive. In this paper we investigated the role of two commercial polymeric additives in modifying the crystal habits and size of gypsum, growth in aqueous solution. These two additives belong to the categories of acrylic polymers and they are known only by their commercial names of SP1 and SP3. We found that these substances can act as shape modifiers mainly at concentration over 0.04% by weight, with a shortening in the elongation of gypsum crystal and some change in the characters of {0...
The utilization of superabsorbent polymers (SAPs) in cement-based materials has been found to be a p...
Abstract One of the main topics of the research on cement admixtures is the organic-inorganic inter...
In the study, the optimal experimental conditions for gypsum crystals formation were 323 K, 300 rpm ...
Currently, functional additives represented by many classes of substances and compounds, including p...
The research is aimed to the clarification of the calcium sulfatedihydrate crystals growth and forma...
Currently, functional additives are widely spread in the production of inorganic dry mixtures. Howev...
In order to improve the properties of gypsum materials, including workability, mechanical strength a...
The effects that 20 ppm poly(epoxysuccinic acid) (PESA), poly(aspartic acid) (PASP), and two poly(ac...
A comprehensive understanding of hydration kinetics, sulfate requirement and phase assemblage of Por...
Chemical admixtures are widely used in cement-based mixtures to reduce water demand, increase workin...
Studies on gypsum modified by polymers have been conducted to assess the potential of improvement in...
The microstructure forming process of polyacrylate (PA) latex modified mortars was investigated from...
Modification of the structure of gypsum-cement-pozzolan binder allows you to expand the range of gyp...
© 2016 American Chemical Society.The effect of the triblock copolymer Pluronic P123 (PP123) on the g...
International audienceDifferent types of superplasticizers have been widely used over the past few d...
The utilization of superabsorbent polymers (SAPs) in cement-based materials has been found to be a p...
Abstract One of the main topics of the research on cement admixtures is the organic-inorganic inter...
In the study, the optimal experimental conditions for gypsum crystals formation were 323 K, 300 rpm ...
Currently, functional additives represented by many classes of substances and compounds, including p...
The research is aimed to the clarification of the calcium sulfatedihydrate crystals growth and forma...
Currently, functional additives are widely spread in the production of inorganic dry mixtures. Howev...
In order to improve the properties of gypsum materials, including workability, mechanical strength a...
The effects that 20 ppm poly(epoxysuccinic acid) (PESA), poly(aspartic acid) (PASP), and two poly(ac...
A comprehensive understanding of hydration kinetics, sulfate requirement and phase assemblage of Por...
Chemical admixtures are widely used in cement-based mixtures to reduce water demand, increase workin...
Studies on gypsum modified by polymers have been conducted to assess the potential of improvement in...
The microstructure forming process of polyacrylate (PA) latex modified mortars was investigated from...
Modification of the structure of gypsum-cement-pozzolan binder allows you to expand the range of gyp...
© 2016 American Chemical Society.The effect of the triblock copolymer Pluronic P123 (PP123) on the g...
International audienceDifferent types of superplasticizers have been widely used over the past few d...
The utilization of superabsorbent polymers (SAPs) in cement-based materials has been found to be a p...
Abstract One of the main topics of the research on cement admixtures is the organic-inorganic inter...
In the study, the optimal experimental conditions for gypsum crystals formation were 323 K, 300 rpm ...