Products

SPS-45 Long-Acting Slow-Release & Slump-Retaining High-Performance PCE Flake.SPS-45 is a new-generation, environmentally friendly, high-performance PCE flake characterized by long-acting slow-release

SPS-28 is Flake kind Polycarboxylate Superplasticizer Flake,use EPEG-3000 as the main raw material.This flake PCE can rapidity and completely dissolved in water.

SPS-28 is the high performance polycarboxylate superplasticizer in flake form that delivers liquid grade performance at a fraction of the logistics cost.

SPS-28 Next-Generation High-Performance PCE Flake for Superior Concrete Performance

SPS-28 Polycarboxylate Superplasticizer Flake is a new-generation, environmentally friendly, high-performance PCE powder characterized by high water-reducing and full water solubility.

SPS-28 is a new-generation eco-friendly polycarboxylate water-reducing tablet superplasticizer formulated mainly with EPEG-3000 monomers. With a solid content above 97%, the tablet dissolves rapidly

This product is used to improve the cohesion and improve the fluidity of concrete.It is especially suitable for the dispersion, bottom picking, slaking and segregation of water seepage caused by

Concrete Viscosity Reducer (JN08) is a low viscosity new macromolecular polymer solution, especially suitable for high strength and ultra-high strength concrete, self-compacting concrete, precast

This product is developed by our company for polycarboxylate water reducer, the main component of which is modified polyesters, made by special process.

XP-12 is a modified polyether-based high-performance powdered defoamer designed for use in dry-mixed mortar and other construction material systems.

SPS-20P is a new-generation, environmentally friendly, high-performance PCE powder characterized with viscosity reducing & slump-retaining and full water solubility.Used for Concrete Admixture, Floor

SPS-19 is a new-generation, environmentally friendly, high-performance PCE powder characterized by early strength, high water-reducing and full water solubility.