Nano-concrete technology

A new category of concrete technology
— not another admixture.

Trident is a liquid nano-technology dosed at the end of your normal mix. It lifts cement conversion from ~75–85% to 95%+ — denser, stronger concrete from the same mix design, with no equipment changes.

See the Trial Results How does it work?

Independently tested by SGS TEC · Ideal Laboratory · KCT Laboratory

+1,500 PSI

28-day strength gain

on a 3,500 PSI mix design

95%+

Cement conversion

vs. 75–85% traditional

125 kg/m³

CO₂ saved

with 50/50 OPC/GGBS blend

~$12/yd³

Net cost savings

vs. cement-only upgrade

Two results that tell the story

159% stronger at 8 hours. Three mold turns instead of one.

A North American precast producer ran Trident against their control on Mix 201: 8-hour strength rose from 1,077 to 2,786 PSI.

159%

8-hour strength gain

Triple mold turns per day

3×

Production capacity

vs. industry standard of 1 turn/day

Capital investment

No equipment changes required

Control Avg

Trident Avg

PSI

See all trial results

Half the cement replaced with slag. +2,204 PSI over control.

Independent lab testing of a 50% OPC / 50% GGBS blend: Trident F01 beat the control by +2,204 PSI at 28 days, peaking at 7,569 PSI.

+2,204 PSI

Best 28-day gain

F01-1,200g vs. control

7,569 PSI

Peak 28-day strength

F01-1,200g

+1,381 PSI

Best 1-day gain

Critical for precast

Control

Trident (F01 — 1,200g)

PSI

Explore the carbon story

Industry challenges

Why concrete producers are looking for alternatives

Most strength-enhancing alternatives add cost or slow operations down. Trident was developed to close that gap.

Tighter timelines

Precast operators want more daily mold turns. Ready-mix customers need strength faster. Schedules keep compressing.

Sustainability mandates

Green-building specs, embodied-carbon targets, and SCM substitution requirements are tightening — and they demand data.

Rising material costs

Cement prices keep climbing while bids stay competitive. Hitting higher strengths by buying more cement erodes margin.

Proven results

What Trident delivers

Proven in independent testing and designed to drop into your existing operations.

Concrete test cylinders against a descending cost curve

Economics

The economics

Taking a 3,500 PSI mix to 5,000 PSI — cement-only versus Trident:

$16/yd³ cement-only$4/yd³ with Trident~$12/yd³ saved

Same structural outcome with 65 kg/m³ less cement. Actual savings depend on your cement costs and mix design.

Concrete cylinder under a compression-testing machine

What the testing shows

+1,500 PSI at 28 days — up to +2,200 PSI in high-SCM blends
20–30% early strength gain within 24 hours
−43% water permeability · −60% chloride penetration
No impact on slump, setting, or air content

How it fits your operations

Added at the end of the mix cycle, 500–1,300 g/yd³. Compatible with common superplasticizers. No capex, no retraining, no mix redesign.

Download Technical Datasheet

The science

The science behind a new category

Peer-reviewed research confirms 6–36% of cement remains unhydrated in standard concrete. Trident recovers that wasted potential — without changing your mix design.

Traditional admixtures

~75–85%

cement conversion

Accelerates hydration—a faster reaction, not a better one
15–25% of cement in every pour remains unreacted
Gaps persist in the pore structure, limiting durability

Trident nano-concrete technology

95%+

cement conversion

Modified nanomaterials create additional nucleation sites for C-S-H crystal formation
More of the cement you're already paying for actually does its job
Denser, more uniform microstructure—fills pore-structure gaps

See the full mechanism and research

Sustainability

A carbon story that's structural, not a claim

Trident enables up to 50% cement replacement with fly ash or GGBS while maintaining or exceeding strength. The CO₂ reduction is built into the chemistry.

As green building mandates tighten, producers using Trident have an edge on LEED, net-zero, and performance-spec projects.

Explore the Carbon Story

Per m³

125 kg

CO₂ avoided with a 50/50 OPC/GGBS blend

Per 5,000 m³ project

~625 t

Equivalent to 136 cars off the road for a year

Cement reduction

−65 kg/m³

Same structural outcome, less cement

SCM compatibility

up to 50%

Fly ash or GGBS replacement with strength retained

Get started

Next steps

Reach out — we'll get you the details, run the numbers, or set up a trial.

A new category of concrete technology— not another admixture.