Use concrete for a long life building

OUR WELL EQUIPPED LAB

Our Lab is fully equipped for testing of concrete and raw materials. All the equipment’s in our lab are of ISI Standard. The lab is operated and maintained under the supervision of qualified engineers (civil) and technician. They regularly perform the following routine tests on daily basis:

Aggregates (as per IS-2386 & 15-383)
  • Aggregate Impact Value
  • Flakiness check
  • Test to determine silt content in Fine Aggregate
  • Water absorption of Aggregates
Admixture (as per IS-9103)
  • Trial mixes are tested for confirming retention time in comparison to manufacture test certificate


Compressive Strength Testing of cubes as per IS: 516-1959
  • Test of setting time and consistency by using Vicat apparatus

Technical Facilities

RO WATER USAGE

We only use RO water in mixing concrete. Water, aggregate (rock, sand or gravel) and cement make up concrete. And water quality is a very important part in the creation process. Water chemically reacts with cement. Therefore usage of water which is having TDS (Total Dissolved Solids), PH (Potential of hydrogen) & other criteria’s within the permissible limits as per IS 456:2000 should be used while mixing concrete. So, with non RO water the cement wouldn't be hydrated. Therefore, it wouldn't be manageable. Mixing water with cement creates a water to cement ratio. This ratio explains the strength and permeability of the concrete.

AIR COOLER CHILLER

We use Air Cooler Chiller in our plant for maintain the temperature of concrete. Effect of Chiller applications to reduce the concrete temperature. Ice and ready-mix concrete plants are two indispensable elements in hot areas and important projects. In fact, exceeding the ideal concrete temperature of 32° C reduces the quality of concrete and affects the quality of the work. The concrete, which is especially used in high-priority buildings such as dams, highways, hospitals, Roads and bridge constructions, is forcing to be implemented under supervisory institutions below 32 ° C. If the concrete temperature exceeds 32° C, production is immediately stopped and the use of this concrete is not allowed. In these cases, controlling the temperature of concrete constitutes a condition for the continuity of the work.