Calcium Nitrate

Set Accelerating Chemical Admixture Raw Material Calcium Nitrate, also called Norgessalpeter (Norwegian salt meter), is an inorganic compound with the formula Ca (NO3)2. Use Nitrate is used in the following conditions and applications. It is used as set accelerator and quality enhancer in the production of concrete and cement chemicals. Nitrate is a very common coagulant […]
PM40

High Rate Water Reducing / Superplasticizing Chemical Admixture Raw Material PM40 is a mixture of organic and inorganic compounds, especially designed for high rate water reducing admixtures. Use PM40 is used in the following conditions and applications. In high rate water reducing admixture formulations requiring good workability and slump retention. In admixture formulations designed for tight […]
LTEA

High Rate Water Reducing / Superplasticizing Chemical Admixture Raw Material PM40 is a mixture of organic and inorganic compounds, especially designed for high rate water reducing admixtures. Use M40 is used in the following conditions and applications. In high rate water reducing admixture formulations requiring good workability and slump retention. In admixture formulations designed for tight […]
VCCON 300

High-Range Water Reducing / Superplasticizing / Set Accelerating Raw material for Concrete Admixtures VCCon 300 is vinyl acetate maleic anhydride copolymer designed for high water reducing and early strength enhancement in concrete admixture formulations as raw material. Advantages and Properties Enables high workability at low water / cement ratio. Enhances the early strength of the concrete […]
PCCON 550

Polycarboxylate Copolymer for Concrete Admixtures PCCon 550 is a high early strength polycarboxylate copolymer designed for the production of polycarboxylate based chemical admixtures for concrete. Advantages and Properties Provides excellent water reduction in concrete. Enables to produce flowable concrete mixtures with low water to binder ratios. Improves the early and ultimate strength of concrete. Provides high […]