Super high strength concrete (f’c = 15 ksi) can be made using a carefully balanced water-cement ratio. High strength concrete requires the use of low water-cement ratios, typically ranging from 0.25 to 0.45, in order to achieve maximum strength and durability. This is achieved by reducing the amount of water used in the mix while increasing the amount of cement content for every pound of aggregate or sand being added. The resulting paste that binds together all components is called mortar, which helps create strong interlocking bonds between particles upon setting. Furthermore, admixtures such as pozzolans and slag can be used to further enhance workability and increase compressive strengths.

Additionally , super high test results require paying attention detail throughout process because small changes even making substantial adjustments themselves whenever necessary take place frequently let’s keep mind this key factor when selecting proportioning materials into batch either manually performed machine operated one ..

In conclusion , ensuring proper water-cement ratio when producing super high strength concretes essential part equation successful outcomes later down road since it gives us greater control over end product itself while simultaneously balancing costs associated with manufacturing process top notch quality results least possible time frame .