Zeus Resources Unveils Antimony Targets at Casablanca Project
Zeus Resources Limited (ASX: ZEU) has announced compelling results from its ground geophysical survey at the Casablanca Antimony Project in central Morocco, revealing multiple drill-ready targets with significant depth potential. The survey has successfully mapped mineralised structures beneath surface cover, providing a clear path forward for upcoming trenching and drilling programs.
Geophysics Survey Confirms High-Grade Antimony Potential
The recently completed ground survey comprised 25 dipole-dipole resistivity and induced polarization (IP) profiles covering approximately 16 km of lines across key structural trends of the project area. Results have identified numerous high-priority targets characterized by a powerful dual-parameter signature: high chargeability (indicative of sulphide minerals) occurring directly within zones of high resistivity (indicative of host quartz veins).
These geophysical anomalies coincide with mapped Quartz-Stibnite veins, providing strong validation of Zeus Resources unveils antimony targets exploration model. Notably, many of the anomalies demonstrate increasing strength with depth, often extending beyond the survey's ~200m imaging limit, suggesting robust mineralisation with substantial vertical extent.
"The survey results provide clear confirmation of both shallow anomalies and continuous zones at depth, directly associated with mapped stibnite veins. With trenching about to commence and drilling to follow, we are well placed to advance Casablanca in a systematic and disciplined way."
Strategic Structural Setting Enhances Project Potential
The geophysical results have delineated structural corridors along the Smaala–Oulmès Fault Zone, which appears to be the principal control on mineralisation. This regional fault structure provides a favourable environment for antimony deposition, with previous rock chip sampling across the project returning exceptional grades between 7.8% Sb to 46.52% Sb.
A three-dimensional chargeability visualization has highlighted the depth continuity of these anomalies, reinforcing the potential for significant mineralised bodies at depth. The 100m depth-slice map illustrates NE–SW trending corridors, with chargeable zones directly overlapping structural anomalies defined by mapping and geochemistry.
Clear Path Forward with Trenching and Drilling Program
Zeus Resources has outlined a structured approach to advance the project:
- Commence a trenching program to directly test surface expressions of the most compelling anomalies
- Use trenching results to supply geological control, structural orientation, and fresh subsurface sampling
- Follow with a drilling program designed to test anomalies at depth
The geophysical models consistently depict the target bodies as sub-vertical or steeply dipping features, informing the drilling strategy which will primarily utilise inclined holes to intersect these structures.
Understanding Antimony: A Critical Mineral in High Demand
Antimony is classified as a critical mineral by major economies including the US, EU, Japan, and Australia due to its essential role in various industrial applications coupled with limited supply sources. The metal is vital for:
- Production of flame retardants
- Lead-acid batteries
- Semiconductors
- Defence industry applications
- Energy storage technologies
What Makes Antimony a Critical Resource?
Antimony has been designated a critical mineral by many nations due to several key factors. First, it has limited production sources, with China historically dominating global supply. Second, it has essential applications across multiple strategic industries where substitution is difficult. Finally, geopolitical tensions have highlighted supply chain vulnerabilities for many industrial minerals.
This combination of limited supply, critical applications, and geopolitical risks creates a compelling market dynamic for new sources of antimony outside traditional supply regions.
For battery applications, antimony is used in lead-acid batteries to improve charging efficiency and durability. In flame retardants, antimony trioxide acts as a synergist that enhances the effectiveness of halogenated flame retardants, making it essential for meeting safety standards in electronics, textiles, and building materials.
In semiconductor manufacturing, high-purity antimony is used to create speciality alloys and compounds for various electronic components. The defence industry relies on antimony for ammunition production, infrared detectors, and night-vision technology.
The geopolitical risks associated with antimony's supply chain make it a strategic material, with stable supply increasingly important for technological advancement and national security. This positions Zeus's Moroccan project as potentially significant in a market seeking secure supply alternatives.
Morocco: An Emerging Mining-Friendly Jurisdiction
Morocco represents an attractive destination for mining investment with several advantages:
- Modern exploration and mining regulatory framework
- Stable and mining-friendly government
- Strong geological potential
- Strategic location with proximity to European markets
- Skilled workforce and local expertise
- Political and economic stability
These factors combine to create an enabling environment for Zeus Resources unveils antimony targets with minimal jurisdictional risk.
Morocco's Mining Sector Development
Morocco has implemented comprehensive reforms to its mining code in recent years, creating a more transparent and investor-friendly regulatory environment. The country's mining sector has seen steady growth, with the government actively promoting foreign investment through various incentives and streamlined permitting processes.
The nation's strategic location provides excellent access to European markets, which is particularly valuable for critical minerals like antimony where proximity to manufacturing centres offers logistical advantages. Morocco's established mining culture means companies can access experienced local workforces and technical expertise.
Investment Case: Why Zeus Resources Deserves Attention
Zeus Resources unveils antimony targets at the intersection of three compelling investment themes:
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Critical Minerals Focus: Targeting antimony, which is essential for numerous high-growth technologies and classified as a critical mineral by major economies
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High-Grade Potential: Initial sampling has returned exceptionally high antimony grades up to 46.52%, with new geophysical results confirming subsurface continuity
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Mining-Friendly Jurisdiction: Operating in Morocco, which offers a stable regulatory environment, skilled workforce, and strategic location near European markets
With trenching about to commence and drilling planned to follow, Zeus Resources is entering a phase of high news flow that could rapidly advance the Casablanca project. The clear correlation between high-grade surface samples and defined geophysical anomalies substantially reduces exploration risk, providing a solid foundation for the upcoming work programs.
For investors seeking exposure to critical minerals in an emerging jurisdiction with near-term catalysts, Zeus Resources presents a compelling opportunity at the early stages of what could develop into a significant antimony project.
Want to Get in Early on This Critical Antimony Opportunity?
Discover more about Zeus Resources' high-grade antimony targets at the Casablanca Project in Morocco. With exceptional grades up to 46.52% Sb and promising geophysical results confirming subsurface continuity, this ASX-listed company offers investors exposure to a critical mineral in high demand. Visit Zeus Resources' website today to learn more about their exploration progress and investment potential as they advance through trenching and drilling phases.
