We are one of the few high-quality (predominately 6-10 layers) graphene producers in the world that has the production technology capable of achieving economies of scale, allowing graphene to become a commercially viable alternative within the specialty chemical space.

We provide one of the few alternatives within the specialty chemical space that can compete directly with other carbon additives on cost and performance.

According to IDTechEx*, we are the largest graphene powder producer in the world with a fully automated 4,000-metric ton per year facility located in Montreal, Quebec.

Our production technology is modular and can be replicated globally with minimal capital investment and assembled within a short timeframe (within six months or less).

We are a clean technology company. Graphene is a green material exfoliated from natural flake graphite (click here to learn more). Our technology continues to reduce the associated carbon footprint and has been further validated by Business Development Bank of Canada’s (BDC) $17 million investment (through its Clean Technology Division) as well as funding from Sustainable Technology Development Canada (STDC).

Powerful combination of experience with state-of-the-art technology and methodologies to continuously improve products

We are not just a graphene powder producer. We are a vertically integrated graphene company that includes graphene-enhanced masterbatch production, graphene battery development, and an established composite manufacturing business.

We have a strong strategic shareholder, Martinrea International Inc., which is one of the largest auto parts suppliers in North America.

Our innovative engineering capabilities complimented with our strong R&D team continually define who we are. Over the last four years, the company will have increased its graphene production capabilities from 200 kgs/year to 4,000-metric tons/year with very little scale-up risk.

We have a strong IP portfolio with several patents on graphene production and graphene product integration, with applications in composites and energy storage.