Features

• Higher strength and better particle size distribution of cement enables optimum water-cement ratio
• Better ductility and better dynamic of structures
• 3200 cm2/ gm against requirement of 2250 cm2/ gm as per IS : 8112 – 1989
• Higher fineness increases rate of gain of strength of cement requiring lesser consumption and improves workability
• Moderate sulphate resisting properties
• Low chloride thus avoids corrosion of reinforcement steel
• Particle size adjusted by high efficiency separators to practically eliminate coarse and very fine particles, thus hardening and strength gain is controlled
• Subject to design criteria, structures more sleek and economical on account of smaller cross sections
• Gives higher characteristic strength of concrete and better bond strength, hence lesser lap length which will save on use of steel
• Economical usage of cement due to high strength
• Superior finish since more number of fine particles compensates adverse effect of improper grading of coarse and fine aggregates
• Improved impermeability of concrete and plaster
• For pre-cast and pre-stressed construction, early transfer of stresses tends to economize on time and money by lowering cycle time

Applications

• Plain and Reinforced Cement Concrete, masonry and plastering
• For bridge piers
• Pre- stressed girders and electric poles, concrete pipes
• Per- cast, pre- stressed, slip formed concrete
• Tall building and structures (skyscrapers), R.C.C bridges
• For cement concrete roads
• For structural repairs and grouting
• Pre- stressed works, precast element, bridges, atomic power stations, railway sleepers, dams, silos RCC pipe etc.