Greentech Metals (ASX:GRE) Rock Chip Results Announcement

Greentech Metals Ltd (ASX:GRE) has announced the results of infill outcrop sampling and mapping at its 100%-owned West Pilbara Lithium Projects. The recent rock chip samples have returned excellent lithium grades of up to 2.31% Li2O at the western end of the 7.5km long Kobe trend.

Executive Director's Commentary on Exploration Progress

Executive Director Thomas Reddicliffe stated, 'Exploration work across these key targets within our West Pilbara lithium portfolio continues to yield exceptional results. These latest sampling assays continue to demonstrate the continuity of lithium mineralisation along the 7.5km Kobe pegmatite trend. Diamond Drilling is also underway at Kobe aimed at providing stratigraphic/structural information and subsurface characteristics of these pegmatite zones in preparation for a refined follow-up drilling program early next year. Greentech continues to systematically unlock the scale and mineralised potential of its tenements in the West Pilbara region, an address which has quickly become one of the premier global jurisdictions for hard rock lithium exploration. We look forward to reporting regular updates on our exploration progress.'

Summary of Rock Chip Results and Future Exploration Plans

Greentech Metals has reported significant lithium mineralisation at the West end of the Kobe trend, with rock chip samples returning grades of up to 2.31% Li2O. The company's maiden drilling program to test Kobe is planned for December 2023. The management is optimistic about the exploration progress and aims to unlock the scale and mineralised potential of its tenements in the West Pilbara region. Greentech Metals is also researching and reviewing historic datasets to identify new lithium pegmatite trends and extensions within the broader Ruth Well and Osborne Project areas. The company is looking forward to continuing the exploration efforts at Kobe and will distribute all results and assays to the market as they are received and assessed.