ROADCEM
Revolutionizing the
Road Industry
Road construction is a complex process, it involves consideration of mutliple factors before initiation. Conventional road building bear significant environmental impact in form of deforestation,noise, vibrations & waste generation.
While not all can be eliminated, most can be minimised by proper eco-friendly solutions. RoadCem is a patented dutch technology product in fine powdered additive form that allows use of in-situ materials to be used in road construction & hydraulic engineering works. It increases the process of cement hydration & provides a cost-effective soil stabilisation solution.
Handling Soil Stabilizations
Issues Easily
Traditional road construction methods use cement as soil stabilizer that is prone to cracking & faulting & is incompatible with sandy,silty & clayey soil.
With Roadcem there is no need for excavation, or disposal of old soil, existing soil can be treated and even reused.
It acts as an additive that imparts durability & strength to the soil. It has excellent binding capabilities & readily attaches to the soil subtrata resulting in reduced construction time, labour & cost, frost-free & water-proof surfaces.
All Round Performance
An All Soil Additive
RoadCem works on all types of soil, no matter the area or terrain.
High Load Spreading
RoadCem enables roads to bear high loads & a vast amount of heavy traffic can pass without difficulty.
No Excavation, All Reuse
RoadCem makes roadconstruction easy by elimninatng the need to excavate or dispose off oild soil, existing soil can be treated & reused.
High Flexural Strength
High capacity to resist deformation under the bending or lading moments.
Save Big On Time & Cost
Roadcem reduces construction costs by upto 40%, it also saves time & results in faster completion of projects.
Discover The Difference
- 118 trucks
- 1312 tons material to dispose of
- 7125 litres of diesel consumed
- 20 days completion time
Traditional Method
- 7.5 trucks
- 0 tons material to dispose of
- 1180 litres of diesel consumed
- 3 days completion time