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Polycarboxylate ether water reducing agent is a commonly used concrete admixture used to adjust the fluidity and workability of concrete. The size of its dosage will have an impact on the performance of concrete.

The addition of water reducing agents can effectively reduce the amount of cement used in concrete, reduce the self weight of concrete, reduce the burden of construction, and reduce losses during the construction process.

Slow-release monomers, functional monomers, reactive monomers.

excessive use of a retarder can result in slower setting speed of cement slurry, decreased concrete strength, increased concrete shrinkage, increased number of air bubbles in concrete, and decreased impermeability of concrete. Therefore, it is necessary to control the dosage of the retarder reasonably and avoid excessive use during the production process.

High-efficiency water-reducing agent polycarboxylate superplasticizer powder adopts advanced production technology and manufacturing technology, has excellent performance properties, high cement activity, high stability, high water-reducing rate, long-term performance, etc., and can be used for concrete production Enterprises provide more reliable and efficient products.

While maintaining the slump of the concrete, the water reducing agent can greatly reduce the water consumption for mixing and improve the quality of the concrete. However, due to multiple factors such as the decline in the quality of raw materials and the lack of professionalism of the staff, various phenomena will appear in the concrete mixture mixed with water reducing agent. The following will analyze and solve them one by one.

Polycarboxylic acid series superplasticizer is a new generation of superplasticizer appearing in recent years. Compared with traditional high efficiency water reducing agents such as naphthalene series, polycarboxylic acid series high performance water reducing agents have many unique technical advantages:

1. High water reduction rate: it has excellent water reduction rate and plasticity, and it still has excellent water reduction performance at low dosage, especially in cement-based mortar, gypsum based mortar and high-grade concrete, with a high water reduction rate of 40%;

Polycarboxylate superplasticizer is a concrete admixture with high water reducing rate and low slump loss.