Water tight concrete containing specially formulated admixture that causes a catalytic reaction in the presence of moisture and the by-products of cement hydration, to generate a non soluble crystalline formation throughout the pores and capillary tracts of the concrete.

1. Fibrecrete is achieved by introduction of polypropylene and polyster fibres. 2. These fibres compenssate the lack of tensile strength of the concrete by taking the tensile stress themselves and prevent cracks. 3. This gives very high resistance to shrinkage cracks.

colour concrete that provides the liberty to architects to explore their vision and bring variety in the treatment of various elements of a building. Various textures can also be integrated on the concrete surface when laid as a ground slab.

special concrete characterized by high resistance to segregation; can be cast with NO compaction and can easily spread and fill every knook and corner of the formwork by its unique free flow ability.1. In RCC members with heavy and congested reinforcement.

Lite weight concrete with densities varying from 800 to 1800 kg/cum. It is a composite material consisting of Portland cement and its varieties, aggregate, porous fillers and modifying agents. Application: 1. As an insulating material for roofs.

Heavyweight concrete with a density greater than 2600kg/m3.Radiation shielding in nuclear power plants and radiation therapy units inside hospitals. Heavyweight concrete is used for ballast in offshore locations such as pipelines.3. Bridge construction. Advantages

Foundations need to face the brunt of aggressive environment; chlorides, sulphates and at times chemicals present in the subsoil may ingress into the concrete, eventually compromising its durability.Application 1. Footings of all shapes and sizes.