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| First Graphene | |
|---|---|
| Name | First Graphene |
| Type | Public |
| Industry | Mining; Advanced Materials |
| Founded | 2014 |
| Headquarters | Perth, Western Australia |
| Key people | Mark S. Thompson; Peter J. Lynch; John A. Webster |
| Products | Graphene powder; Graphene-enhanced composites; GNPs |
| Revenue | (varies by fiscal year) |
| Website | (company website) |
First Graphene is an Australian company focused on the commercialisation of graphene and graphene-related products, operating in the advanced materials and mining-linked sectors. Founded in the mid-2010s and headquartered in Perth, Western Australia, the company positions itself at the intersection of raw material supply chains, nanomaterials processing, and industrial applications. Its corporate trajectory intersects with mining ventures, research institutions, and industrial partners across Europe, Asia, and North America.
The company emerged amid heightened commercial interest in graphene following the award of the Nobel Prize in Physics to Andre Geim and Konstantin Novoselov, and contemporaneous activity in the Australian resources sector including firms listed on the Australian Securities Exchange. Its founding and early management drew on executives with backgrounds in mining and manufacturing, aligning with regional clusters around Perth, Western Australia, and national research organisations such as the Commonwealth Scientific and Industrial Research Organisation (CSIRO). First Graphene has navigated capital-raising events, public listings associated with the Australian Securities Exchange, and strategic shifts linking raw graphite sources in regions such as Mozambique and supply-chain ties with processors in Europe, China, and Japan. Over time the company pursued pilot plants, commercial production facilities, and supply agreements with industrial partners including composite manufacturers and energy firms.
Product lines emphasise graphene nanoplatelets and related powders marketed for enhancement of polymers, elastomers, coatings, and composites. The company offers grades tailored for conductivity, mechanical reinforcement, and barrier properties, intended for customers in sectors represented by firms like BHP, Rio Tinto, and manufacturers analogous to BASF and 3M. Technologies include dispersion methods, surface treatments, and masterbatch formulations compatible with polymer processing equipment from suppliers such as KraussMaffei and Coperion. First Graphene has described products for thermal management and electromagnetic shielding used by organisations similar to Siemens and General Electric, as well as coatings and paints applicable to fleets operated by entities like Maersk and Australian Border Force.
Manufacturing approaches reported by the company encompass scalable thermal, chemical, and mechanical exfoliation techniques applied to natural graphite feedstock sourced from mining operations akin to those in Mozambique and other graphite-producing regions. Facilities include pilot-scale reactors and larger processing lines designed to produce tonne-scale graphene nanoplatelets (GNPs) for industrial trials and supply. The company has referenced collaborations to develop continuous processing compatible with industrial standards observed by manufacturers such as DuPont and Covestro. Production scale ambitions align with supply contracts to composite manufacturers, additive suppliers, and battery-component producers in markets represented by corporations like Panasonic and Tesla, Inc..
Target markets span composites for automotive and aerospace supply chains linked to companies like Boeing and Toyota, conductive inks and printed electronics for firms such as Samsung Electronics and HP Inc., energy storage components for battery OEMs and integrators including LG Chem and CATL, and coatings for corrosion protection used by infrastructure operators akin to TransGrid and Network Rail. Additional applications include thermal interface materials for electronics supplied to vendors comparable to Intel Corporation and Qualcomm, as well as elastomer reinforcement in tyre and seal manufacturers with parallels to Goodyear and Michelin. Market positioning targets industrial customers seeking incremental performance gains through material substitution or enhancement.
First Graphene has engaged with universities and research bodies, collaborating with institutions similar to The University of Manchester, Curtin University, and the CSIRO for performance validation, characterisation, and processing optimisation. Partnerships include pilot programmes with coatings formulators, composite fabricators, and battery developers, and technology-development alliances that mirror arrangements seen between industrial partners like Hexcel and academic groups. The company has also participated in consortiums and industry forums alongside entities such as Graphene Flagship-type initiatives, standards bodies, and supply-chain integrators to validate performance in real-world components.
Operational practices address occupational health and environmental management obligations under Australian and international frameworks including regulatory regimes comparable to those enforced by the Department of Mines, Industry Regulation and Safety (Western Australia) and chemical safety guidance from agencies like Safe Work Australia. Handling nanopowders invokes protocols consistent with those recommended by the World Health Organization and nanosafety research programmes at institutions akin to Harvard T.H. Chan School of Public Health for inhalation risk mitigation, engineering controls, and waste management. The company has signalled attention to lifecycle impacts, supply-chain traceability from mining to product delivery, and compliance with international transport and chemical classification regimes such as those implemented by the United Nations Economic Commission for Europe (UNECE).
As a publicly listed company, First Graphene’s financial performance has been subject to market cycles impacting resource-linked and advanced-materials firms on exchanges like the Australian Securities Exchange. Corporate developments have included fundraising, joint ventures, and project milestones, alongside scrutiny typical of early-stage materials companies where scaling from pilot to commercial volumes presents technical and commercial risk similar to cases involving firms such as Ceramic Fuel Cells and Orocobre. Controversies in the sector more broadly have involved claims about product performance, reproducibility, and market readiness—issues addressed through third-party testing, client trials, and contractual qualification processes with industrial partners and certification bodies comparable to ISO organisations.
Category:Companies of Australia