Critical Resources (ASX: CRR) commences field work across New Zealand gold and tungsten projects
Tim Wither moves Critical Resources into active field execution across its New Zealand gold and tungsten portfolio
Tim Wither moves Critical Resources into active field execution across its New Zealand gold and tungsten portfolio
Tim Wither says Cap Burn has confirmed a gold system at shallow levels, with the next phase focused on testing the untested down plunge target.
Critical Resources has secured final regulatory approvals to consolidate a 1,694 km² gold-antimony portfolio in New Zealand’s South Island and commence field activity.
Tim Wither says Critical Resources is progressing from laboratory validation toward cell level evaluation as its solid state battery program advances.
Critical Resources Managing Director Tim Wither says the company has validated a solvent free cathode manufacturing pathway that establishes a repeatable baseline for advancing its solid state battery evaluation program.
Critical Resources (ASX:CRR) has defined three priority gold targets at its Lammerlaw Gold Project in New Zealand’s Central Otago Goldfields following completion of a detailed desktop study.
Critical Resources (ASX:CRR) has confirmed a district scale gold antimony silver system at Amoco and highlighted exceptional silver grades at Gibsons within its Halls Peak Project in NSW.
Critical Resources (ASX:CRR) has been accepted into the U.S. National Science Foundation backed Centre for Solid State Electric Power Storage, embedding the company within a multi university solid state battery research and validation network.
Critical Resources (ASX:CRR) has secured $1.75m at no discount to market to advance its lithium, gold antimony and solid state battery programs across Canada, New Zealand and Australia.
Critical Resources has outlined a 2026 drill program to test district scale spodumene pegmatite targets at its Mavis Lake Lithium Project in Ontario, building on more than 58,000 m of drilling that has already confirmed mineralisation beyond the current resource envelope.