Plasticizing Admixtures - Euclid Chemical

                                               
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High Range Water Reducer - Sika

                                               
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Chemical Admixtures - Cement

                                               
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Water Reducers, High-Range - North America

                                               
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PCE based Super-plasticizers - Sika

                                               
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  • What are superplasticizer admixtures?
  • The superplasticizer admixtures evaluated are of recent commercial development by the cement industry and comprise admixtures based on melamine (Me), vinyl copolymer (VC), and polycarboxylates (PCE1, PCE2, and PCE3). The three polycarboxylates differ in their structural parameters.
  • Which superplasticizer is best for precast concrete?
  • PANTARHIT® F (FM) is a superplasticizer with accelerating properties suitable for producing ready-mix and precast concrete. PANTARHIT® FT100 (FM) is a high performance superplasticizer for producing high consistency concrete at low water/cement ratios in precast concrete plants.
  • Are superplasticizer admixtures suitable for OPC?
  • Superplasticizer admixtures are designed for OPC so, in presence of supplementary cementitious materials, such as metallurgical slags and combustion ashes, or in alkaline environments, their performance may differ.
  • What is the difference between Polycarboxylate ether and superplasticizer admixture?
  • As a consequence, the proportion of water necessary in the formulation is reduced . On the other hand, one of the most common superplasticizer admixture families currently used is polycarboxylate ether with branched side chains.
  • What are plasticizing cementitious admixtures?
  • 3.1. Chemical stability of admixtures in AAC: FTIR analysis Plasticizing cementitious admixtures are designed to improve the properties of Portland cement, which is hydrated with water that has a neutral pH. On the contrary, in AAC, solutions with higher pH are needed to hydrate/activate the cement.
  • Why do admixtures lose their plasticizing properties?
  • On the contrary, in AAC, solutions with higher pH are needed to hydrate/activate the cement. These can generate structural changes in the admixtures and, as a consequence, they can lose their plasticizing properties.