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Nano-Concrete Technology
Trident is not an admixture. Where admixtures modify the concrete process, Trident works at the microstructural level — increasing cement conversion from ~75–85% to 95%+ through modified nanomaterials. The result: denser, stronger concrete from the exact same mix, with no equipment changes and no workability impact.
In controlled trials, producers have seen ~$12/yd³ net savings with 28-day strength gains of +1,500 PSI on a 3,500 PSI mix design — and up to +2,200 PSI in high-SCM (fly ash / GGBS) blends.
Trident is suitable for applications where early strength, durability, or cement reduction matters:
Note: Standard dosage range is 500–1,300 g per cubic yard. Results vary by mix design, cementitious content, and SCM blend.
Cement route: ~$16/yd³ to move 3,500 → 5,000 PSI. Trident route: ~$4/yd³ for equivalent strength gain. Net savings: ~$12/yd³ — making Trident the first strength-enhancement solution that reduces total mix cost rather than adding to it.
Achieve 20–30% strength increase within 24 hours and +1,500 PSI at 28 days on a 3,500 PSI mix design — up to +2,200 PSI in high-SCM blends. Validated in mix designs up to 12,000 PSI. In precast applications, Trident has delivered strength gains of up to 159% at 8 hours, enabling multiple mold turns per day with no capital investment.
Enable up to 50% cement replacement with fly ash or GGBS while maintaining or exceeding strength. In a 50/50 OPC/GGBS blend, this translates to ~125 kg CO₂ saved per m³ — equivalent to 625 tonnes saved on a 5,000 m³ project.
Reduce water permeability by 43% and reduce chloride permeability by 60%. Stronger steel-concrete bond and superior corrosion resistance.
Zero equipment changes. No impact on workability, setting time, or curing. Compatible with PCE, lignosulfonate, naphthalene superplasticizers. Dose 500–1,300 g per cubic yard at end of mix cycle.
A condensed view of three of the strongest trial datasets. Full results from independent labs, ready-mix customers, and precast producers — including the 8-hour 159% strength-gain precast case study — live on the Trial Results page.
Dosage held constant at 32.4 oz/m³.
| Mix (Trident / Cement / Fly Ash, kg/m³) | 3-day PSI | 7-day PSI | 28-day PSI |
|---|---|---|---|
| Control — 0 / 470 / 130 | 4,128 | 5,210 | 6,534 |
| Trident — 32.4 / 470 / 130 | 5,076 | 6,718 | 8,361 |
| Δ (28-day) | — | — | +1,827 PSI |
High-SCM mix at two dosage levels.
| Mix | 28-day PSI | Δ vs Control |
|---|---|---|
| Control | 5,365 | — |
| F01-1000g | 6,989 | +1,624 PSI |
| F01-1200g | 7,569 | +2,204 PSI |
Trident dosed at 4.78 oz/cwt while reducing total cementitious content by 5%.
| Mix | 7-day PSI | 28-day PSI | Cementitious |
|---|---|---|---|
| Control DCA 6 | 4,130 | 5,280 | Baseline |
| Trident DCA 6 @ 4.78 oz/cwt | 4,550 | 6,260 | −5% |
| Δ vs Control | +420 PSI | +980 PSI | — |
Strength gains while reducing total cementitious content — cost and carbon savings without compromising structural performance.