If You Invested in First Graphene (FGPHF)

First Graphene Ltd (FGPHF) is a basic materials company in the chemicals industry that focuses on graphene-based materials. According to company communications, it develops and supplies graphene formulations that can be incorporated into other manufacturers' products, with an emphasis on improving performance characteristics and reducing production costs for its partners.

A key area of activity for First Graphene is the use of its novel functionalised graphene in photovoltaic applications. The company reports that its graphene formulations are compatible with roll-to-roll (R2R) dispersion technology, a manufacturing method used in perovskite solar cells (PSCs). This compatibility allows PSC producers to eliminate traditional high conductor and high-cost materials such as gold and silver from their cells, which the company states can significantly reduce production costs while supporting scalable, high-volume output.

Graphene-enhanced perovskite solar cells

First Graphene has highlighted a research and development partnership with Halocell Energy and Queensland University of Technology (QUT) focused on graphene-enhanced perovskite solar cells. In this collaboration, Halocell's PSCs incorporate First Graphene's functionalised graphene. The company reports that this has contributed to a substantial increase in cell efficiency and a reduction in production costs, while enabling the use of R2R manufacturing processes.

Perovskite solar cells are described in the company's disclosures as a photovoltaic technology that can lower material, processing and energy costs compared with traditional silicon-based solar cells. The company notes that perovskite-based cells have achieved efficiency improvements over the past decade that took much longer to reach in silicon technologies, and that they can perform well in low and artificial light conditions, including indoor environments.

Commercial collaboration and applications

First Graphene states that its relationship with Halocell and QUT began as a research and development partnership supported by a grant from the Australian Federal Government's Cooperative Research Centres Projects (CRC-P) program. The company also reports entering into a commercial agreement to supply its PureGRAPH® material to Halocell for use as a high-performing coating in perovskite solar cells.

According to the company, Halocell has been selling indoor, low-light PSCs to the Australian market, typically for use in small electronic items. First Graphene highlights that PSCs are widely considered a potential replacement for large numbers of batteries used in everyday devices such as remote controls, calculators, toys, lights, torches, e-readers and tracking devices. The company also notes that PSC technology can be applied to higher-end devices, including satellite solar modules, fixed wing drones, shark detectors, biomedical sensors and weather stations.

In its communications, First Graphene points out that Halocell has identified dozens of device categories across the Internet of Things (IoT), electronics, space, aviation and full-sun sectors where PSC technology could be applied. The company presents this as an example of how graphene-enhanced PSCs may open up a broad range of potential end uses.

Position in the basic materials and chemicals sector

Within the basic materials sector and chemicals industry, First Graphene positions itself as a supplier of graphene materials that can be integrated into other companies' products and manufacturing processes. Rather than marketing finished consumer devices, the company focuses on providing graphene formulations such as PureGRAPH® to partners like Halocell, who then incorporate these materials into their own photovoltaic modules and related technologies.

The company links its activities to themes of decarbonisation and resource efficiency. It states that applying graphene to materials can improve product performance, extend product life and lower production costs. In the context of PSCs, First Graphene describes this as contributing to a lower energy payback period compared with traditional silicon-based solar cells, and supporting manufacturing approaches that can be scaled to high volumes.

Research, funding and manufacturing context

First Graphene's collaboration with Halocell and QUT is described as being supported by a multi-year CRC-P grant from the Australian Federal Government. The company presents this funding as enabling ongoing development of graphene-enhanced perovskite solar cells and supporting the transition from research to commercial production.

In relation to manufacturing, First Graphene emphasises the importance of roll-to-roll production for PSCs. The company notes that R2R is regarded as a low-cost manufacturing method for PSCs, offering scalability and volume efficiencies. By supplying graphene formulations that are compatible with R2R dispersion technology, First Graphene positions its materials as a way for PSC manufacturers to replace more expensive conductive materials and to pursue large-scale production targets.

The company also highlights that its material supply to Halocell is intended to provide a bespoke, secure and reliable source of graphene for that partner's ambient photovoltaic range and for drone and satellite module products. This underscores First Graphene's role as a materials supplier embedded in broader supply chains for advanced energy and electronics applications.

Business focus and investment considerations

According to available information, First Graphene's business focus is on the development and commercial supply of graphene materials, particularly where these materials can be used to enhance performance and reduce costs in applications such as perovskite solar cells. The company operates within the chemicals segment of the basic materials sector and participates in collaborations that link material science, academic research and industrial manufacturing.

For investors and observers, key aspects of the company's profile include its role as a graphene supplier, its partnerships with entities such as Halocell and QUT, and its emphasis on applications that align with energy efficiency and decarbonisation themes. As with any company in a specialised materials niche, the trajectory of commercial adoption, the performance of partner products and the scalability of manufacturing approaches are central to understanding its operating context.