Concrete and Mortar Admixtures

Next-Generation Hyperplasticizer

Polycarboxylate ether (PCE) technology-based superplasticizers that provide high water reduction, long workability retention, and improved early and ultimate strength; delivers enhanced rheological control and long-term durability in ready-mix concrete, self-compacting concrete (SCC), and densely reinforced structures.

Conventional Superplasticizer

Classic-type superplasticizers based on naphthalene/melamine sulfonates that provide water reduction and improved workability; they are mainly used to enhance early and ultimate strength, especially in normal and pumpable concrete.

Accelerating and Retarding Additives

Admixtures that accelerate cement hydration to provide early setting and early formwork removal in cold weather conditions, or that deliberately delay the onset of setting in a controlled manner to maintain workability during extended transportation and placing times.

Water-Reducing and Strength-Enhancing Additives

Designed to lower the water-to-cement ratio through improved cement dispersion, these admixtures enhance workability, mechanical performance, and concrete compactness, encompassing low-, mid-, and high-range water-reducing solutions.

Drying Retarding Admixtures

Spray-applied surface admixtures and/or curing compounds that reduce evaporation from fresh concrete surfaces, regulate the balance between bleeding and evaporation, facilitate finishing operations, and minimize the risk of early-age plastic shrinkage cracking.

Set Accelerating Admixtures

These admixtures are formulated to either accelerate cement hydration kinetics for early setting and rapid demolding under cold weather conditions, or to precisely control set retardation in order to preserve workability during prolonged transport and placement operations.

Precast Admixtures and Shotcrete Concrete Admixtures

In precast concrete, these specialty superplasticizers and accelerators deliver high flowability, fast formwork cycling, and excellent surface finish; in shotcrete applications they provide accelerated setting, reduced rebound losses, and improved build-up performance for both wet- and dry-mix systems.