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CONCRETE

TEST RESULTS

example projects

Resources

A graphene-based admixture that enhances concrete performance at low dosages. By improving cement hydration and microstructure, it delivers measurable gains in strength, durability, and long-term lifecycle performance — without changing mix designs or workflows.

Genable™ Concrete Performance Benefits

Gloved hands holding a laboratory tool above cement blocks and cement powder.

Early Strength Enhancement

Accelerates early strength development, improving construction productivity, enabling faster stripping and cycling, and mitigating early strength limitations associated with SCM-rich mixes.

A factory worker positions bricks on the floor

Cement Reduction

Reduces dependence on cement—the primary cost and carbon driver—while supporting low-carbon concrete objectives.

Power trowel machine smoothing wet concrete on a construction site floor
Power trowel machine smoothing wet concrete on a construction site floor

Enhanced Durability

Creates a denser, more resilient concrete matrix with improved resistance to moisture ingress, chemical attack and freeze–thaw damage—helping structures perform longer in demanding environments.

A laboratory space displaying concrete blocks and diverse materials used for scientific experiments and analysis.

Mix Optimization

Improves overall mix efficiency by enabling higher SCM utilization and reducing conservative overdesign practices.

A woman holding papers looks out over a lush courtyard garden, framed by surrounding buildings.
A woman holding papers looks out over a lush courtyard garden, framed by surrounding buildings.

Carbon Reduction

Reduces embodied carbon per unit of concrete, strengthening environmental positioning and increasing relevance for customers with Scope 3 reduction objectives.

A new way to build

Learn what sets Genable™ apart

Externally Validated Test Results

Bar chart comparing compression strength of control concrete vs concrete with Genable dosage over 1, 3, 7, and 28 days, showing 20% strength gains
Bar chart comparing compression strength of control concrete vs concrete with Genable dosage over 1, 3, 7, and 28 days, showing 15% Cement Reduction
Bar chart comparing compression strength of control concrete vs concrete with Genable concrete over 1, 3, 7, and 28 days, showing +60% early strength increase
Bar chart comparing compression strength of control concrete vs concrete with Genable concrete over 1, 3, 7, and 28 days, showing 20% Cement Reduction

[1]

Standard Concrete (OPC)

+20% 28-day compression strength

[2]

Standard Concrete (OPC)

+15% Cementitious Reduction

[3]

Low Carbon Concrete (LCC)

+60% 1-Day Early Compression Strength Increase

[4]

Low Carbon Concrete (LCC)

+20% Cementitious Reduction

Value Proposition

How does the graphene work?

LEARN MORE
EXAMPLE PROJECTS

Proven in Real-World Projects

01/03

ABOUT Genable™ concrete

Low Dosage · High Impact

Recommended dosage

325 ml

per 100 kg of
cementious material

5 oz

per 100 lbs of
cementious material

ML
OZ

Liquid admixture — no changes to existing batching infrastructure or workflow.

No Workability Impacts

  • No water / slump impact
  • Compatible with additional admixtures
  • Consistent across diverse mix designs
  • Confirmed by independent partners
RESOURCES

Genable™ Concrete Resources

At Universal Matter, we deliver advanced materials that outperform—stronger, more efficient, and engineered to redefine performance while minimizing environmental impact.

North America
UK/Eu
Lab Mixing Instructions
Environmental Product Declaration Cradle-to-Gate
Plant Mixing Instructions
Brochure
White Paper
Lab Mixing Instructions
Environmental Product Declaration Cradle-to-Gate
Plant Mixing Instructions
Brochure
White Paper
DIN
BSI
ukca
EPD
ASTM
EN

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    Genable™ Concrete: Early-Strength Enhancer Designed for SCM and Low-Clinker Systems

    Dispersed Surface Enhanced Graphene

    Surface Enhanced graphene nanoparticles disperse throughout the cement paste, providing a high-surface-area, well-distributed platform that interacts with pore solution and cement grains.

    Active Seeding & Nucleation

    These particles act as “active seeds,” increasing nucleation sites for hydration products (e.g., C-S-H), which accelerates early hydration kinetics and increases early strength gain.

    Refined Microstructure

    Faster, more uniform hydrate growth refines pore structure and the ITZ, producing a denser, better-connected microstructure that translates into higher early-age compressive strength.

    One North Quay

    Canary Wharf, London

    A major real-world application for Genable™ Concrete in one of London’s most visible commercial development districts.

    High-profile commercial development district
    Application in permanent construction works
    Evaluated for low-carbon concrete performance
    Demonstrated suitability for demanding, specification-driven construction​
    Supports pathway toward broader adoption in major urban projects​

    The project is part of a broader industry effort to advance low-carbon and next-generation concrete technologies for permanent construction works. Genable™ Concrete was evaluated as a solution to help reduce embodied carbon while maintaining the strength, durability, and workability required for major urban construction.

    Canary Wharf is a demanding environment for construction innovation. Materials must meet strict performance standards, integrate with established supply chains, and satisfy the expectations of developers, engineers, contractors, and concrete producers. Genable™ Concrete’s role in this project demonstrates its ability to perform in a highly specified, real-world setting.

    By supporting lower-carbon concrete without sacrificing performance, Genable™ Concrete helps address one of the construction industry’s biggest challenges: reducing the environmental impact of concrete while preserving the reliability that modern infrastructure requires.

    One North Quay highlights the potential for Genable™ Concrete to move from individual project validation into broader adoption across large-scale commercial construction.

    O'Halloran & O'Brien Building​

    United Kingdom

    This project provided a high-profile demonstration of Genable™ Concrete in structural concrete.

    Structural concrete building application
    Second floor: 24% increase in 28-day compressive strength vs. control mix
    Third floor: 14% reduction in cementitious material
    Third floor: 2% increase in 28-day compressive strength despite cementitious reduction
    Demonstrated both strength enhancement and lower-carbon concrete performance

    The project was designed to showcase how graphene-enhanced concrete can support stronger and lower-carbon construction without compromising structural performance. Different floors of the building used different concrete approaches, creating a real-world comparison between conventional concrete, Genable™-enhanced concrete, and lower-carbon concrete incorporating Genable™ technology.
    The ground floor was constructed using a standard control mix. On the second floor, Genable™ Concrete was added to the control mix and delivered a 24% increase in 28-day compressive strength. On the third floor, the mix design reduced cementitious material by 14%, incorporated Genable™ Concrete, and still achieved a 2% increase in 28-day compressive strength.
    These results demonstrated two important benefits. First, Genable™ Concrete can materially improve strength in a standard concrete mix. Second, it can enable meaningful reductions in cementitious material while maintaining – and even modestly improving – 28-day strength performance.
    The project showed how Genable™ Concrete can help the construction industry reduce embodied carbon while continuing to meet demanding engineering requirements. It also served as an important proof point for the use of graphene-enhanced materials in structural building applications.

    Silage Bunkers

    Burgessville, Ontario

    Universal Matter’s Genable™ Concrete was used in the construction of 15 silage bunkers in Burgessville, Ontario, marking one of the company’s first commercial concrete deployments.

    15 silage bunkers constructed
    Approximately 4,500 m³ of concrete placed
    15% cement reduction in floors and walls
    30 MPa floor concrete and 25 MPa wall concrete
    Designed to improve durability and acid resistance

    Agricultural concrete structures face demanding service conditions. Silage bunkers are exposed to heavy equipment loads, continuous use, moisture, and acidic environments created by stored feed. These conditions can accelerate concrete degradation, making durability and long-term performance essential.
    For this project, Genable™Concrete was incorporated into approximately 4,500 m³ of concrete across both floors and walls. The mix design enabled a 15% reduction in cement while maintaining the required strength targets for the structure, including 30 MPa concrete for floors and 25 MPa concrete for walls.
    The result was a lower-carbon concrete solution designed to improve durability in a challenging agricultural environment. By reducing cement content while enhancing resistance to acid exposure, Genable™ Concrete demonstrated its ability to deliver practical performance benefits in real-world construction.
    This project highlights Genable™ Concrete’s value in applications where durability, sustainability, and cost-effective performance all matter.

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