Navolve
About
At Navocem Infra Industries, we’re transforming cement production with Navolve™, our clinker-free, eco-friendly solution. Traditional cement is a major source of global CO2 emissions due to its reliance on clinker, a key polluting ingredient. Navolve™ eliminates clinker by repurposing aggregate waste, reducing the carbon footprint and landfill dependency while maintaining strength and durability. This sustainable innovation not only meets the growing demand for greener construction materials but also offers significant cost savings. With Navolve™, builders can create resilient structures while contributing to a cleaner, more sustainable future.
Join us in “Cementing a Carbon-Free Future”.
Navolve
NAVOLVE™ is a breakthrough supplementary cementitious material developed from aggregate waste through advanced processing. It replaces 20-40% of Ordinary Portland Cement (OPC) in concrete, providing early strength and superior long-term performance. NAVOLVE™ also offers 4-12% cost savings by reducing OPC use and being 20-30% cheaper. This innovative, eco-friendly solution transforms waste into a high-performance building material, leading the way in sustainable construction. A pending patent ensures NAVOLVE™ stays at the forefront of green building technology.
Note: Test multiple aggregate waste from different region to see the viability of the product. And mention the same in a generic way.
Application
Navosil has a varied set of applications, such as:
Structural Uses
Bridges
High-Rise Buildings
Foundations
Dams
Pre-Stressed Concrete
Non-structural Uses
Plastering
Sidewalks and Pathways
Driveways
Non-Load Bearing Walls
Partition Walls
Fencing
Advantages
Mention % or unit difference as compared with Micro Silica
Reduction of cost by 20 ~ 30%
Similar or higher strength of concrete when OPC is replaced between 20 ~ 40%
Reduces the water usage / curing time
Reduces water permeability by filling the concrete pores with its reaction products
Increases the rate of strength gain by ------- days / hours
Reduces Shrinkage
Helps in optimizing the mix design by reducing the cement content in the final mix by what % reduce the cement
Physical Properties
| Color | Grey |
|---|---|
|
Form |
Powder |
|
Specific Gravity |
2.2 |
|
Bulk Density |
800 kgs/m3 |
Test Results
Compressive and Flexural Strength
Drying Shrinkage
Permeability
