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Concrete admixture is an important guarantee for the improvement of concrete performance. As an important admixture, water reducing agent can significantly improve the workability and physical and mechanical properties of concrete.

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.

Polycarboxylate other superplasticizer is an important component of grouting materials. Water reducing agent is the most important quality of grouting materials. It is an additive that can significantly reduce the water content of grouting materials while maintaining the fluidity of grouting materials.

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:

First of all, the raw material for the preparation of PCE Powder is the mother liquor of polycarboxylic acid water-reducing agent, and the mother liquor prepared by each manufacturer is different. To study its principle, in addition to external factors such as environmental temperature and manual operation, the process of polymerization monomer is also different. Therefore, if a manufacturer cannot control the production of polycarboxylic acid mother liquor, he can only purchase the mother liquor with different performance from other manufacturers and the quality of each batch can not be guaranteed to spray powder, resulting in the quality of PCE Powde produced.

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%;