High Strength Concrete
High strength is made possible by reducing porosity and water cementitious ratio. The utilization of fine pozzolanic materials in high-strength concrete leads to an extremely dense matrix and reduction in size of crystalline compounds. Chemical admixtures reduce water content while maintaining the workability levels. Well graded particle size distribution of aggregates aid ‘aggregate packing’ which is required to achieve high concrete strengths.
Meticulous selection of input raw materials and stringent process control enable GAR to deliver consistent High Strength Concrete with the lowest standard deviation.