In high quality concrete where high early strength and low water / cement ratio is required. In the production of construction and industrial building elements in the precast industry. In the production of decorative stones. In structures that will be under early load such as slab, column, beam, bridge. Chemical resistant concrete production. In port and underwater concrete. In concrete resistant to static and dynamic stress. In wastewater treatment plants. On industrial floors. In low temperature conditions. In reducing the steam curing time. In concrete casting that needs to be molded early. In structures requiring resistance to sulphate and chlorine.
Low water / cement ratio is obtained. It does not contain chlorine. It reduces the water requirement in concrete. (water reduction 20-30%) It can be used in all kinds of climatic conditions. It provides high early strength in a short time especially in cold weather. It makes concrete impermeable. Concrete that does not dissociate and does not bleed is obtained. In concrete, resistance to aggressive chemicals increases. Homogeneous and cohesive concrete is obtained. Mold removal time in concrete is reduced. It decreases or eliminates steam curing time. The vibration requirement is reduced. It increases the resistance against sulphate and chlorine in concrete. Increases the freezing and thawing resistance of concrete. It provides brightness to the surface in the production of decorative stone.