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Highlights
- Zonte Metals Inc. explores the Cross Hills Copper Project, focusing on Iron Oxide Copper Gold (IOCG) systems.
- Recent drilling at the K6 target identified significant copper mineralization.
- The project reveals both Iron Sulphide Copper and IOCG-style copper mineralization.
Zonte Metals Inc. (TSXV:ZON) is conducting exploration activities at its Cross Hills Copper Project, which is part of an Iron Oxide Copper Gold (IOCG) system. The company has been exploring this copper-rich area since 2018, with a focus on identifying potential mineral deposits. During the first two years, the team prioritized investigating magnetic and gravity anomalies in the region. Initial findings suggested the area was fertile with copper, but further analysis was needed to gain deeper insights into the copper system.
Progress and Recent Drilling
In response to the findings from earlier exploration, Zonte implemented a second-phase exploration program. This phase aimed to integrate new data with previous results to form a comprehensive understanding of the copper system at Cross Hills. During 2023 and 2024, the company completed its first drill tests based on the combined datasets, particularly focusing on the K6 target. These tests successfully identified copper mineralization within the drill core, confirming the significance of the data used in the exploration efforts.
The results from the K6 target suggest that copper mineralization is present and warrant further drilling. The company plans to continue with more drilling, aiming for deeper targets and areas along the identified copper structures.
Copper Mineralization Insights
The Cross Hills project is revealing multiple types of copper mineralization. The most common form identified at the K6 target is Iron Sulphide Copper (ISC) mineralization, which is often found in IOCG systems. This mineralization consists of hypogene bornite and chalcocite, occurring in a highly fractured and altered rock unit. Interestingly, this mineralization does not have a consistent magnetic or gravity signature, implying that structural factors play a significant role in controlling copper distribution.
Despite the unit being exposed at the surface, no visible copper was observed on the outcrop. However, drill core logging has confirmed the presence of copper within the fractured rock, providing valuable insight into the copper system.
Iron Oxide Copper Gold (IOCG) Mineralization
In addition to the Iron Sulphide Copper mineralization, the drilling program has uncovered classic IOCG-style copper mineralization at the K6 target. This type of mineralization, which includes chalcopyrite, chalcocite, and bornite, is associated with iron oxide alteration. Unlike the ISC mineralization, the IOCG-style copper is closely tied to the magnetic and gravity anomalies identified in the area, providing a key focus for further exploration.
By continuing to explore these dual mineralization styles, Zonte aims to deepen its understanding of the Cross Hills Copper Project and its resource potential.
