From science to
real-world solutions.
We develop and evaluate graphene-based materials through applied research, connecting materials science, formulation expertise and industrial challenges with partners across North America.
for industry
toward scale-up
evidence
collaboration
Applied research for industrial impact.
We combine materials science and process engineering to explore how graphene can be incorporated into real industrial systems.
The future
is engineered
at the interface.
New possibilities emerge when we understand how structure, surface chemistry and dispersion work together. Explore three directions behind our applied research.
INTERACTIVE CONCEPT
Progress starts with a better question.
What if the interface
is the opportunity?
We investigate how surface chemistry and morphology influence the interaction of graphene-based materials with polymers, coatings and aqueous systems.
What if dispersion
changes everything?
Incorporation conditions, formulation stability and distribution can be as important as the nanomaterial itself. We design evaluations around the intended matrix.
What if materials could
do more with less?
We explore how appropriate material grades and practical processing routes may improve functional responses in defined industrial applications, then validate against references.
Not just new materials.
New ways to create them.
Our development work includes a proprietary approach described in Brazilian patent application BR 10 2022 008637 0, involving ozone, ultrasound and ultraviolet light in graphene-related material synthesis.
Patent application reference, not a representation that a patent has been granted. Process illustration is conceptual. The exact scope and status are subject to official patent records.Science connects.
Ideas advance.
SuperGrafeno Canada participates in a research collaboration with a U.S. company investigating graphene incorporation in concrete. The work brings materials expertise and application-focused questions into a shared development effort.
This visual indicates a cross-border collaboration, not the physical location of testing or a published performance outcome.
Explore collaboration ↗The next material breakthrough
begins with a question.
Bring your formulation challenge, research question or proposed collaboration. Let's explore what can be investigated — and how it can be validated.
