The vertex difference
We manufacture our own graphene and admixtures
Proprietary graphene production technology
vertex owns proprietary and scalable technology for producing high-quality graphene, which we transform into our vertex admixture—engineered specifically for seamless and rapid deployment within the concrete industry. By leveraging our unique production process, we deliver an innovative solution that enhances concrete’s performance and sustainability, making it easier for our partners to meet industry demands and environmental targets.
Committed to delivering impact
vertex is dedicated to delivering sustainable impact across the construction industry. By combining advanced technology with our proprietary graphene-based admixtures, we’re driving meaningful reductions in embodied carbon and promoting eco-friendly practices. Our commitment to sustainability ensures that every solution we offer not only enhances concrete performance but also supports a greener, more resilient future for our industry and our planet.
Ready for large scale deployment
vertex is primed for large-scale deployment, thanks to our rapidly deployable modular production system. This flexible, scalable setup allows us to quickly meet industry demands, delivering our innovative admixtures efficiently and at scale—empowering the concrete industry to accelerate sustainability efforts without disruption.
Our modular production facilities
The vertex containerised modular production system is a highly versatile and portable solution designed to deliver 100 kilograms of vertex's proprietary admixture daily. This is enough for around 670 cubic metres of concrete. Housed within a standard 40-foot shipping container, this innovative production unit is optimised for mobility and on-site deployment, enabling efficient, just-in-time admixture production close to where it’s needed. This containerised approach eliminates many logistical complexities associated with transporting raw materials or finished admixtures, making it an ideal solution for projects requiring rapid scalability or for remote locations where local sourcing is impractical.
What is graphene?
Graphene consists of a single layer of carbon atoms and exhibits distinctly different physical properties compared to the bulk material from which it is primarily derived, graphite. It is exceptionally strong, lightweight, and flexible, and it is the most conductive material for both electricity and heat known to date.
Recent advancements in production methods have enabled the manufacture of graphene not only from raw graphite but also from alternative sources such as plastic waste, hydrogen production, battery manufacturing, wood char, and various forms of industrial carbon waste.
The choice of graphene's form and source is driven by its intended application, and the ability to produce it in high volumes has made its integration into concrete a practical reality. Importantly, only minimal amounts of graphene—sometimes less than 0.01%—are needed to achieve significant improvements in the performance of mortars and concrete. This allows for a reduction in the volume of cement used, contributing to a decrease in embodied carbon emissions
Performance outside the lab
Graphene is hydrophobic, which makes it challenging to mix, interact, and disperse evenly in water-based materials like concrete.
To facilitate this dispersion, surfactants are often employed; however, achieving optimal and consistent performance requires precise chemical formulations that keep the costs within an industry-acceptable range.
vertex has conducted multiple large-scale trials in real-world settings alongside industry-leading concrete users, demonstrating the effectiveness of their formulations and validating the potential of graphene-enhanced concrete.
The strength benefits of graphene are believed to arise from its nanoplatelets serving as sites for preferential crystal growth during the cement hydration process, resulting in a more durable final structure. Additionally, the remarkable strength of graphene can help reduce crack propagation, further enhancing the strength of both the curing and cured materials