A new study published March 24 in Nature Nanotechnology reports reversible control of graphene stacking at nanometer scale with minimal energy, a result that could inform future low-power electronic and computing architectures.
Graphene Manufacturing Group has cleared a major U.S. regulatory step for its THERMAL-XR ENHANCE coating, a graphene-based product designed to improve heat transfer on cooling coils and other thermal systems. The company says it accepted the EPA’s consent notice approval conditions on December 22, 2025, giving the product a path toward broader U.S. commercialization after earlier case-study work on HVAC and heat-exchange applications.
Plaid Technologies has shipped proprietary graphene to Petro Flow ahead of planned U.S. field tests in the continental United States, moving its graphene-enhanced cement program out of the lab and into an operational setting tied to well plugging and abandonment work.
Paragraf has launched a GFET Discovery Kit that packages its graphene molecular sensing hardware into a ready-to-run setup, a practical step aimed at researchers who want to test graphene biosensing without assembling the electronics themselves.
Graphene Manufacturing Group says it has approved the final AU$1.4 million needed to complete its second-generation graphene manufacturing plant, keeping the project on track for a mid-2026 startup.
Researchers reported a new MXene synthesis route that produced a highly ordered, chlorine-terminated 2D material with conductivity 160 times higher than conventionally made versions, a step that could broaden the material’s use in electronics, shielding and energy devices.
