Marimaca Copper Drills 16m of 5.70% Cu at Pampa Medina, Extending UHG Bornite Zone
Marimaca Copper reported high-grade drill results at Pampa Medina in Chile, including 16m at 5.70% copper and 62.6 g/t silver, extending the ultra-high-grade Bornite zone.

Marimaca Copper Corp. reported additional assay results from its ongoing drilling program at the Pampa Medina deposit in Chile, highlighting a significant extension of the ultra-high-grade (UHG) Bornite zone. Drill hole SPRD-05 intersected 96 meters at 1.19% copper and 11.7 g/t silver, including 16 meters at 5.70% copper and 62.6 g/t silver, with a higher-grade sub-interval of 4 meters at 11.32% copper and 144.0 g/t silver. The results demonstrate continuity of high-grade copper-silver mineralization across the central zone of the deposit, which is located approximately 28 kilometers east of the company's Marimaca Oxide Deposit in the Antofagasta Region.
For commodities traders, these results are significant as they indicate potential for a substantial new copper resource in a mining-friendly jurisdiction. Copper prices have been sensitive to supply concerns, and high-grade discoveries like Pampa Medina could help offset declining grades at older mines. The ultra-high-grade intervals, particularly the 11.32% copper over 4 meters, are among the best reported globally this year. Investors should monitor further drilling results and any resource updates from Marimaca, as positive outcomes could support the stock and influence copper market sentiment. For real-time copper prices, check NowPrice's commodities quotes.
Looking ahead, Marimaca plans to continue drilling on 150-meter centers to further define the deposit's extent. The company will likely release additional assay results in the coming months, which could provide more clarity on the overall resource potential. Market participants should also watch for any updates on the company's development plans for Pampa Medina, as well as broader copper market fundamentals, including demand from China and global supply disruptions.