Pure Resources (ASX:PR1) announced a research collaboration with Texas-based Rice University to develop advanced carbon nanotube fibre heat sink architectures.
The partnership aims to tackle the critical cooling bottlenecks currently hampering hyperscale AI data centres, advanced electronics, and modern defence systems.
By leveraging Rice's world-class materials science expertise—previously validated through partnerships with Metallium and Locksley Resources—the project will utilise high-grade flake graphite and carbon samples from Pure’s Garnet Hills project in Western Australia.
Recent petrographic studies at Garnet Hills have confirmed the presence of "clean" jumbo flake graphite, averaging 200 micrometers, which provides a technically superior feedstock for engineering these high-performance materials.
As the thermal management market surpasses $100 billion, traditional metal machining is reaching its physical limits.
"CNTF systems enable directional heat management through recyclable, textile-enabled 3D architectures that are simply not achievable with traditional metals," noted Non-Executive Chair Quinton Meyers.
To accelerate this downstream carbon strategy and fund broader exploration across its WA portfolio—including the Kilarney and Mt Monger projects—Pure Resources has secured $3 million via a firm equity placement of 12 million shares.
The capital injection, following a $1.7 million raising in December, positions the company to transform from a raw material supplier into a key player in the high-value, advanced engineered carbon ecosystem underpinning next-generation AI infrastructure.
At the time of reporting, Pure Resources’ share price was $0.38.