Article List
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- Application of Triisopropanolamine in Cement ConcreteThe effect of triisopropanolamine on water was studied by concrete contrast test.The influence of performance and strength of mud concrete is analyzed. The application of triisopropanolamine in water is analyzed.Economic and social benefits of mud concrete.Key words: triisopropanolamine; concrete; s
- TriisopropanolamineEffects of calcium nitrate and triisopropanolamine on the setting and strength evolution of Portland cement pastes
- ASA compound multifunctional filmThe ASA compound multifunctional film is New type high macromolecule film main be used in home building material. The product be made from ASA master batch and advantage colorant master batch.It is very famous for good anti-aging,anti-weathering,anti-UV,anti-pollution ability. Function: 1.ASA film
- manufacturer of TIPA ( Triisopropanolamine )and DEIPA ( Diethanolisopropanolamine ) used in cement grinding aidsHaisen Chemical is one of the main manufacturer of TIPA ( Triisopropanolamine )and DEIPA ( Diethanolisopropanolamine ) used in cement grinding aids. Along with concrete water reducing agent-Polycarboxylate Superplasticizer.
- Sulfate adjustment for cement with triisopropanolamine: Mechanism of early strength enhancementThis paper investigated the impacts of sulfate adjustment on strength, hydration and the microstructure of cement with triisopropanolamine (TIPA) to propose the mechanism of early strength enhancement from the microscopic point of view.
- Influencing Factors of Concrete Slump LossRapid loss of concrete slump is a common phenomenon in concrete construction, which directly affects the operation and construction process of concrete pouring. There are many kinds of factors leading to excessive loss of concrete slump. Correct analysis of factors affecting excessive loss of concrete slump is of great significance to improve the efficiency of concrete construction and improve the durability of concrete.Product & Technology March 20, 2019
- Progress and development prospects of polycarboxylate superplasticizer polyether macromonomerWith the development of concrete technology, the requirements for polycarboxylate superplasticizers are more refined, not limited to the basic performance advantages such as water reduction rate and moisture retention. Since the polymerization of polycarboxylate superplasticizer is designable, polycarboxylate water reducing agent with special functions can be prepared according to specific engineering requirements, such as slow release type, early strength type, anti-shrinkage type and low bleed type. , low viscosity type, etc. The main steric hindrance group of the polycarboxylate superplasticizer is the longer polyoxyethylene side chain. The nature of the water-soluble nonionic polyoxyethylene soft segment allows its conformation in aqueous solution to vary. The conformational state of the side chain has a great influence on the water reducing agent.
- Influencing factors of concrete slump retention - Mineral Admixtures And AggregateChoose the right concrete admixtures can improve the concrete workability and durability. Shijiazhuang City Horizon Chemical Industry Co., Ltd. can provide concrete polycarboxylate superplasticizer and other additives used together with the concrete water reducer, like concrete retarder, defoamer, and accelerator, etc.Product & Technology March 18, 2019
- Classification of concrete admixtures and its principle of actionDue to the extensive use of industrial by-products and waste materials in the cement production process, the adaptability of admixtures has become increasingly prominent. This requires the development of different types of admixtures for different gelling materials. For example, polycarboxylic acid admixtures, according to market demand, will develop varieties that meet various requirements by changing the branching method, and facilitate engineering use and quality control. Admixtures for the development of high-strength, anti-aging At present, the strength of concrete is continuously increasing, and admixtures play a significant role in improving the performance of concrete. In the future, it is necessary to continuously develop admixtures for high-strength ultra-high-strength concrete.