The future of concrete that enables you to build more, use less.
The Future of Concrete.
Emerge Resources has created the Surface Dynamics Range, a powdered concrete admixture designed to impart critical properties like overall compressive strength, early strength, flexural strength, durability, and workability to concrete.
This admixture can be used with existing concrete compositions to add further properties to the concrete design. It has been designed according to standards defined in IS 9103:1999 and offers multiple advantages.
We help companies achieve
Our research-driven mineral formulation, powered by patented innovation, elevates the quality of concrete from within. By optimizing its molecular structure, we achieve unparalleled balance between strength, longevity, and environmental efficiency.
Mineral-based additives likely contain pozzolanic materials that react with calcium hydroxide to form additional C-S-H, enhancing strength and durability.
Homogeneous mixing promotes better particle dispersion and reduces segregation, leading to a more uniform material.
Fine mineral particles fill voids between cement grains, improving particle packing density and reducing the water needed for workability.
The additive contains compounds that reduce the surface tension of water, improving its distribution and reducing the amount needed for desired consistency.
Influencing the kinetics of the hydration reaction, the additive can lower peak temperatures during curing, minimizing the risk of thermal cracking.
| Carbon Footprint | Fire Resistance | Durability | Thermal Mass Efficiency | Flood Resistance / Low Water Permeability | Overall Cost Savings | |
|---|---|---|---|---|---|---|
| Environmental | Optimized material usage and reduced cement consumption lower CO2 production and the product lifecycle. | Non-combustible materials reduce the need for fireproofing and limit environmental damage from fires. | Long-lasting structures reduce material waste and the need for frequent repairs or replacements. | Lower energy consumption for heating and cooling by utilizing concrete's natural ability to regulate temperatures. | Low permeability prevents water ingress, minimizing material degradation and environmental impact from construction runoff. | Minimizes resource use and extends the lifespan of structures, reducing the environmental burden of material extraction. |
| Social | Reduces pollution and greenhouse gas emissions, creating a healthier living environment. | Enhances safety by saving lives, protect valuable assets and property, and reducing risks for surrounding communities. | Ensures safe, long-term use of buildings and infrastructure, minimizing disruption from maintenance or repairs. | Provides stable indoor temperatures, enhancing comfort and health in living and working spaces while reducing reliance on HVAC systems. | Protects homes and businesses from flood damage, reducing health and social impact, especially in flood-prone areas. | Improves affordability of housing and infrastructure by lowering lifetime and material costs. |
| Economic | Lowers production and operational costs by reducing energy consumption and resource use, enhancing long-term return on investment (ROI). | Limits fire damage, lowers insurance premiums, and reduces repair and reconstruction costs, providing long-term savings for property owners. | Reduces long-term maintenance and repair costs, resulting in significant savings over the lifecycle of the structure. | Reduces energy bills and operational costs through lower dependence on HVAC systems and improved energy efficiency. | Lowers repair costs and minimizes downtime for businesses and homes after flooding, reducing economic disruption. | Substantial long-term savings through reduced material use, lower maintenance costs and improved energy efficiency. |
WITH USE OF PATENTED CONCRETE ADDITIVES, WE CAN ACHIEVE...
A concrete additive used in significant applications involving ballast and mass concreting. It is designed to enable the gradual development of strength over time.
Gradual increase in strength over time.
Mass Concreting, Roads, Buildings, Precast Concrete.
A concrete additive for creating strong concrete that can withstand high pressure and provide radiation protection. It is described as a premium product designed for intensive use.
Underwater Mass Concreting, High-Pressure Sustaining Structures, Bridges, Loose Ballast, Coastal Protection, Dams, Nuclear Plants, Precast Concrete.
A concrete additive utilized in various concrete structures where rapid strength development is imperative. It contributes to reducing cement input and gaining early strength.
Bridges, Roads, Buildings, High-Rise Structures, Precast Concrete, Ballastless Tracks, Railway Sleepers.
| Material | Kg/Cu.Mtr |
|---|---|
| Cement | 300 |
| Fly Ash | 100 |
| Stealth | 10 |
| C.A (20mm) | 605 |
| C.A (10mm) | 546 |
| W/C Ratio | 0.33 |
| Initial Slump (mm) | 180 |
Emerge Resources has patented these products for manufacturing under the Fly Ash & GGBS Upcycling Platform. These materials have many uses, and the construction sector worldwide can benefit from their performance, quality, and affordability.