Nova Advanced Materials Inc.
Engineered, high-purity carbon supplied at industrial scale into the nuclear, aerospace, AI infrastructure, defence and industrial markets where carbon has become a strategic constraint.
The platform
The highest-value carbon applications in the Western economy depend on a graphite supply chain concentrated overseas and subject to export policy — and on a material whose structure is fixed by geology. Nova supplies high-purity carbon converted from renewable biomass through a controlled, documented process — engineered to the requirement rather than inherited from geology.
13 tonnes on hand and 300 tonnes per year of scalable capacity, in production today and available for qualification and volume shipment.
99.9% carbon purity, independently characterized, with graphitization carried out under a controlled and fully documented process.
Nova supplies carbon into applied research programs at partner institutions, where formulation and application performance work is carried out.
Applications
Nova supplies material into constrained, high-specification segments rather than deploying full systems. Each path draws on the same production base.
High-purity carbon feedstock for TRISO fuel coating layers and reactor graphite, where sovereign supply is a structural requirement rather than a preference.
Graphene-enhanced composites delivering high tensile strength at minimal weight, together with processing characteristics that open further manufacturing applications not available from fixed fossil carbon.
Thermal interface materials for heat management in high-density compute, and graphene formulations for EMI shielding in high-density cabling.
High strength-to-weight polymers for drone frames, ballistic protection and tactical equipment, with a domestic manufacturing pathway for sovereign procurement.
Coatings and filtration systems with extended lifecycle and superior barrier properties, supplied through established industrial channels.
Turbostratic carbon as a drop-in substitute for graphite in lithium-ion anodes, with a supporting pathway to sodium-ion chemistries. In extended testing.
Contact
We work with material qualification teams, manufacturing partners and research institutions across nuclear, aerospace, AI infrastructure, defence and industrial markets. If your program has a carbon supply or performance requirement, we would like to hear about it.