The Science
Traditional Concrete
How Traditional Concrete Works
In standard concrete, cementitious materials bind aggregates through hydration—a chemical process that forms calcium silicate hydrate (C-S-H) crystals.
However, this process is inherently incomplete.
Research consistently shows that 15-25% of cement particles remain unreacted, even in well-mixed concrete. This represents both wasted material cost and unrealized strength potential.
Typical cement conversion: ~75-85%
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With Trident
How Trident Works
Trident's modified nanomaterials integrate into the concrete matrix during hydration. Rather than accelerating the existing chemical reaction (like traditional accelerators), they provide additional nucleation sites and reinforce the developing pore structure.
The result: more complete hydration of cementitious materials, leading to denser microstructure and improved mechanical properties—without changing mix water, workability, or curing requirements.
Intesting, we've observed conversion efficiencies approaching 90-95% (compared to 75-85% baseline).