In many concrete projects, traditional high-grade concretes, such as the naphthalene series, are increasingly unable to meet project requirements due to technical performance constraints. 

A new generation pce superplasticizer that has attracted a lot of attention at home and abroad, a polycarboxylate water-reducing agent, a high-performance water-reducing agent because it has really developed an efficient molecular structure based on a distributed cement mechanism.

It is highly dispersed. art and can prevent concrete from buckling without significant delay, because at low concentrations it provides a better softening effect, good flow retention, a high degree of freedom of cement to adapt to various molecular synthesis techniques and plenty of room for high concrete shrinkage. 

Very low impurity content, other performance , good strength development, excellent durability and effective damage – reducing water – borne polycyclic acid. 

Arboxyl has good overall technical advantages and environmental protection properties that meet the requirements of modern concrete technology. 

Therefore, pce superplasticizer-effective water-reducing agents are gradually becoming a popular mixture for the production of high-performance concrete. 

Polycarboxylic acid additives are reported to account for more than 80% of all high performance additive products in Japan and more than 50% in North America and Europe.

 In my country, polycarboxylate water-reducing agents have only been successful in the Three Gorges Dam, the Sutong Bridge, the Tianwan Nuclear Power Plant, the Beijing-Shanghai High-Speed Rail Network, and other major national water protection systems, bridges, nuclear power, and railways. Projects with significant results.