GoldHaven Defines Property-Scale Porphyry-Related Zonation at Magno, Highlighting Copper, Silver, Tungsten and Critical-Mineral Potential

Core Insights - GoldHaven Resources Corp. has reported significant findings from its Magno Project, indicating a classic porphyry-related metal zoning pattern that supports an intrusion-driven mineral system with various metal targets [1][11] Geological Setting & Project Rationale - The Magno Property is situated in a favorable geological setting with Cretaceous-age granitic intrusions near major thrust faults, which are typically associated with porphyry and skarn mineral systems [3] - Historical occurrences of silver-lead-zinc and tungsten have been identified, along with structurally controlled molybdenum-copper porphyry stocks, suggesting a broader intrusive "plumbing system" within the Cassiar mineral belt [3] Key Metal Results - The highest grades of silver, lead, and zinc were found at the Magno and D Zones, confirming strong replacement-style mineralization [4] - Zinc anomalies were recorded at Kuhn (up to 13.8% Zn) and Dead Goat (up to 8.37% Zn), while copper values reached up to 6,660 ppm at Magno, marking the highest copper value sampled within intrusive rocks on the property [4] - Tungsten mineralization at Kuhn and Dead Goat supports a high-temperature skarn and porphyry-related fluid system, with localized gold mineralization found in proximity to copper-silver zones [4] Mineral Zonation & Genetic Interpretation - The mineral zonation at Magno follows a classic porphyry-related distribution, transitioning from proximal Cu-Au-Ag to distal Ag-Pb-Zn mineralization [9] - High bismuth (up to 10,000 ppm) and tellurium (up to 67 ppm) values indicate structural fluid pathways and high-temperature vectors, reinforcing the project's potential for critical minerals [8][5] Comparison to Other Mining Systems - The zonation pattern at Magno is comparable to major polymetallic systems like Morococha, Peru, and shares similarities with Coeur Mining's Silvertip Mine, indicating a potentially larger and more diverse mineral system [10] Next Steps - The company plans to utilize the expanded dataset to refine 3D geological and metal-zonation models, prioritize various mineral targets, and advance toward drill targeting and permitting at the Magno Project [12] Project Overview - The Magno Project spans 36,973.29 hectares in the Cassiar region of British Columbia, benefiting from excellent road access and infrastructure [13] - It is strategically located near mineral claims held by established operators, enhancing its logistical advantages for future development [14]