Molecular Perfection
Engineered at the Nano-Scale.
TEGCRETE™ isn't just concrete; it's a composite masterpiece. By re-engineering the binding matrix at a molecular level, we've eliminated the micro-cracks inherent in traditional cement.
- 3x Tensile Strength
- Self-Healing Properties
- Zero-Carbon Manufacturing
Advanced crystalline bonding transforms weak soils into reinforced foundations with 70% greater strength.
Detailed Description of the Invention
1Composition
Cementitious Minerals: Specialized mineral components for robust binding.
Pozzolanic Materials: Includes fly ash, silica fume, or reactive silicates for enhanced durability.
Additives: Proprietary agents that enhance microstructural bonding and reduce permeability.
Recycled Fillers: Optional mineral fillers to reduce cost and minimize environmental footprint.
2Method of Application
Batching: Powdered TEGCRETE™ is batched by weight and blended with OPC.
Mixing: The mixture is added to in-situ soil at a specified dosage.
Hydration: Water is introduced at optimum moisture content and homogenized.
Compaction: Stabilized soil is compacted to maximum dry density and cured.
3Performance Characteristics
Strength Boost: Up to 70% increase in CBR and 38% in UCS.
Efficiency: Reduced cement requirement (3-8%), lower construction costs.
Durability: Significant reduction in shrinkage cracking and improved soaked performance.
Versatility: Effective in clays, silts, sands, and soils with up to 15% organic content.
4Advantages
Speed: Faster construction cycles due to higher early strength.
Sustainability: Lower cement demand reduces cost and CO₂ emissions.
Resilience: Improved durability in saline, sulphate-rich, and wet-dry cycle environments.
Independence: Enables use of in-situ soils, reducing borrow pit dependence.
Built for the Extreme
Designed to withstand the harshest environments while reducing the carbon footprint of tomorrow's cities.
Unmatched Durability
Resistant to sulphate attack, chloride penetration, and extreme thermal cycles.
Eco-Friendly Bond
Utilizes 40% less cement than traditional mixes, significantly lowering CO2 emissions.
Rapid Curing
Achieves 90% structural strength in just 24 hours compared to the standard 28 days.
How TEGCRETE Works
From problematic soils to superior infrastructure - see the complete transformation process.
Improved Base Course Stability
TEGCRETE™ flows easily before setting, allowing it to spread evenly through soil and aggregate layers, resulting in stronger, more stable road foundations.