Chile Roasted Molybdenum Ores HS261310 Export Data 2025 June Overview

Chile's Roasted Molybdenum Ores (HS Code 261310) exports in June 2025 show high-grade shipments to Japan (35.25%) and South Korea (26.41%), while India dominates volume (33.99%). Data from yTrade.

Chile Roasted Molybdenum Ores (HS 261310) 2025 June Export: Key Takeaways

Chile's Roasted Molybdenum Ores (HS Code 261310) exports in June 2025 reveal a sharp divide in product quality, with high-grade shipments to Japan and South Korea (35.25% and 26.41% value share) and bulk ore to India (33.99% weight share). The market shows stable demand, but geographic concentration poses risk, as India dominates volume while Japan drives premium value. This analysis covers June 2025 and is based on cleanly processed Customs data from the yTrade database.

Chile Roasted Molybdenum Ores (HS 261310) 2025 June Export Background

What is HS Code 261310?

HS Code 261310 refers to roasted molybdenum ores and concentrates, a critical intermediate product in the production of molybdenum metal and alloys. Molybdenum is essential for high-strength steel, aerospace components, and industrial catalysts, driving steady global demand. Chile, a leading producer of molybdenum ores, leverages its mining sector to supply these materials to manufacturing hubs worldwide, particularly in Asia and Europe. The 2025 June export period for Chile Roasted Molybdenum Ores under HS Code 261310 reflects ongoing industrial demand for this strategic commodity.

Current Context and Strategic Position

The EU-Chile Interim Trade Agreement (2024) has streamlined tariff structures for Chilean exports, including raw materials like molybdenum ores [FreightAmigo]. This policy shift, combined with Chile’s robust mining infrastructure, positions the country as a key supplier in 2025. Global commodity volatility, however, underscores the need for market vigilance, particularly for HS Code 261310 exports. Chile’s dominance in molybdenum production ensures its continued relevance in global supply chains, but fluctuating demand and trade policy adjustments require close monitoring.

Chile Roasted Molybdenum Ores (HS 261310) 2025 June Export: Trend Summary

Key Observations

In June 2025, Chile's exports of Roasted Molybdenum Ores under HS Code 261310 surged to $99.18 million in value and 6.79 million kg in volume, marking a robust recovery from the previous month's lows.

Price and Volume Dynamics

The MoM comparison shows a sharp rebound in June, with value jumping 52% from May's $65.39 million and volume rising 56% from 4.34 million kg. This volatility aligns with typical industrial demand cycles for molybdenum, a key alloy in steel production, where mid-year inventory replenishment often drives export spikes after seasonal lulls. The data indicates no clear YoY trend due to limited historical data, but the sequential improvement suggests strengthened global manufacturing activity fueling Chile's export momentum.

External Context and Outlook

Chile's trade landscape benefited from streamlined regulations, such as the updated HS codes and EU-Chile interim agreements [FreightAmigo], which reduced tariff barriers and facilitated smoother exports. While these policies primarily targeted sectors like agriculture, the broader trade efficiency likely supported mineral exports, including Roasted Molybdenum Ores, by enhancing logistics and market access. Looking ahead, sustained global industrial demand and stable trade policies should bolster Chile's export performance through 2025.

Chile Roasted Molybdenum Ores (HS 261310) 2025 June Export: HS Code Breakdown

Product Specialization and Concentration

In June 2025, Chile's export of Roasted Molybdenum Ores under HS Code 261310 is entirely concentrated on a single sub-code, 26131010, which covers roasted molybdenum ores and concentrates. According to yTrade data, this product generated 99.18 million USD in value with a unit price of 14.60 USD per kilogram, demonstrating a specialized focus on this processed form without any price anomalies or diversification.

Value-Chain Structure and Grade Analysis

With only one sub-code dominating, the market structure for Chile Roasted Molybdenum Ores Export in 2025 June lacks variation in value-add stages or grades. This uniformity indicates a trade in fungible bulk commodities, where products are standardized and likely priced based on global molybdenum market indices rather than differentiated features.

Strategic Implication and Pricing Power

The high concentration grants Chilean exporters significant pricing power, as they control the entire supply of this commodity. Strategic efforts should focus on maintaining consistent quality and capitalizing on Chile's role in the global molybdenum chain to secure favorable trade terms.

Check Detailed HS 261310 Breakdown

Chile Roasted Molybdenum Ores (HS 261310) 2025 June Export: Market Concentration

Geographic Concentration and Dominant Role

In June 2025, Chile's export of Roasted Molybdenum Ores under HS Code 261310 is highly concentrated, with INDIA as the dominant importer by weight at 33.99% share, but the value ratio of 24.66% is lower, indicating that shipments to INDIA consist of lower-grade, bulk ore. In contrast, JAPAN has a value ratio of 35.25% against a weight ratio of 20.91%, showing higher value per kilogram, which points to exports of higher-grade or more processed ore to meet advanced industrial demands. This disparity highlights a clear split in product quality across key markets for Chile's Roasted Molybdenum Ores Export in 2025 June.

Partner Countries Clusters and Underlying Causes

The top importers form two main clusters: first, JAPAN and SOUTH KOREA, with high value ratios (35.25% and 26.41%) suggesting they receive premium-grade ore for use in high-tech industries like electronics and steel alloy production. Second, INDIA and BRAZIL, with high weight ratios (33.99% and 15.82%) but lower value ratios, likely import bulk, lower-grade ore for basic processing or domestic manufacturing needs. A third cluster includes smaller players like NETHERLANDS and CHINA MAINLAND, with low ratios, possibly acting as transit hubs or having alternative sources, reflecting diverse trade flows for Chile's Roasted Molybdenum Ores.

Forward Strategy and Supply Chain Implications

For market players, Chile should focus on maintaining supply chain reliability for high-value markets like JAPAN and SOUTH KOREA by ensuring consistent quality and exploring direct trade agreements to secure premiums. Diversifying into emerging markets could mitigate risks, but attention to grade specifications is key to avoid value erosion. Monitoring global demand shifts in industries like aerospace and automotive will help align exports with future needs for Roasted Molybdenum Ores HS Code 261310 from Chile.

CountryValueQuantityFrequencyWeight
JAPAN34.96M1.36M21.001.42M
SOUTH KOREA26.19M1.06M23.001.60M
INDIA24.46M1.05M26.002.31M
NETHERLANDS3.71M140.00K4.00145.64K
CHINA MAINLAND3.32M120.00K2.00122.93K
BRAZIL************************

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Chile Roasted Molybdenum Ores (HS 261310) 2025 June Export: Action Plan for Roasted Molybdenum Ores Market Expansion

Strategic Supply Chain Overview

The Chile Roasted Molybdenum Ores Export 2025 June market for HS Code 261310 is a highly concentrated commodity trade. Price is driven by product grade and global demand from key industrial sectors. High-value markets like Japan pay premiums for superior quality. Supply chain implications focus on Chile's role as a bulk processor. Exporters must ensure consistent ore quality to maintain pricing power. Geopolitical shifts and buyer dependence create supply security risks.

Action Plan: Data-Driven Steps for Roasted Molybdenum Ores Market Execution

  • Use HS Code 261310 shipment data to track real-time grade specifications. This ensures compliance with high-value market requirements and prevents revenue loss from quality mismatches.
  • Analyze buyer purchase frequency to forecast inventory cycles. This helps optimize production scheduling and avoids overstock or shortage scenarios.
  • Monitor partner-specific value-to-weight ratios monthly. This identifies shifting demand for premium versus bulk ore, allowing dynamic pricing adjustments.
  • Develop targeted trade agreements with high-value frequent buyers. This secures stable revenue streams and reduces vulnerability to market fluctuations.
  • Track regulatory updates like EU-Chile agreements for tariff impacts. This minimizes unexpected cost increases and maintains export competitiveness.

Take Action Now —— Explore Chile Roasted Molybdenum Ores Export Data

Frequently Asked Questions

Q1. What is driving the recent changes in Chile Roasted Molybdenum Ores Export 2025 June?

The surge in June 2025 exports (52% MoM value increase to $99.18M) reflects mid-year industrial demand cycles, particularly for steel alloy production, alongside streamlined trade policies enhancing logistics.

Q2. Who are the main partner countries in this Chile Roasted Molybdenum Ores Export 2025 June?

Japan (35.25% value share), India (24.66%), and South Korea (26.41%) dominate imports, with Japan receiving higher-grade ore and India importing bulk, lower-value shipments.

Q3. Why does the unit price differ across Chile Roasted Molybdenum Ores Export 2025 June partner countries?

Price differences stem from grade specialization: Japan pays premiums for high-grade ore (14.60 USD/kg) for advanced industries, while India’s bulk purchases focus on lower-grade material.

Q4. What should exporters in Chile focus on in the current Roasted Molybdenum Ores export market?

Prioritize relationships with high-value frequent buyers (86.78% of export value) while securing bulk deals with infrequent buyers like Sierra Gorda SCM to balance revenue stability and growth.

Q5. What does this Chile Roasted Molybdenum Ores export pattern mean for buyers in partner countries?

Buyers in Japan/South Korea benefit from reliable high-grade supply for tech industries, while India/Brazil face dependency on bulk shipments with limited pricing leverage.

Q6. How is Roasted Molybdenum Ores typically used in this trade flow?

Primarily used in steel alloys for industries like aerospace and automotive, with higher-grade ore meeting precision manufacturing demands in advanced economies.

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