【Commodity Basics】How Nickel Trading Works: From Ore to Battery Markets
Quote from chief_editor on June 15, 2026, 5:30 pmNickel trading explained from ore to battery markets. Learn how nickel is priced on the LME, the key product forms, and what the EV transition means.
Nickel trading involves the physical buying and selling of nickel in its various product forms — from nickel ore and nickel pig iron (NPI) at the lower end of the processing chain to Class 1 refined nickel metal and nickel sulfate at the higher end. Nickel's market structure has undergone significant change in recent years as electric vehicle (EV) battery demand has created a new high-purity nickel supply chain alongside the traditional stainless steel supply chain. Understanding both demand streams is essential for anyone entering physical nickel trading.
Nickel trading refers to the commercial buying and selling of nickel products across the supply chain — from mining and intermediate processing through to refined forms used in stainless steel manufacturing and battery cathode production.
Nickel's Two Supply Chains
The traditional nickel supply chain serves stainless steel production, which accounts for approximately 70% of global nickel demand. Nickel ore — primarily laterite ore from Indonesia, the Philippines, and New Caledonia, and sulfide ore from Canada, Russia, and Australia — is processed into intermediate products including ferronickel, nickel matte, and Nickel Pig Iron (NPI). NPI is a Chinese-developed product made by smelting low-grade laterite ore in a blast furnace to produce a high-iron-content nickel alloy suitable for stainless steel production. NPI is significantly cheaper to produce than refined Class 1 nickel but is not directly interchangeable with it in all applications.
The London Metal Exchange (LME) nickel contract specifies Class 1 nickel — defined as nickel of minimum 99.8% purity in warranted forms such as full plates, cut cathodes, pellets, or briquettes. The LME Official Cash Settlement price for nickel is the global benchmark for Class 1 nickel and is used as the reference for physical nickel contracts worldwide. Ferronickel and NPI trade at discounts to the LME price, reflecting their lower purity and higher iron content.
The battery supply chain requires high-purity nickel in a different form: nickel sulfate, a chemical compound used in the cathode materials of lithium-ion batteries, particularly nickel-manganese-cobalt (NMC) and nickel-cobalt-aluminum (NCA) cathode chemistries. Nickel sulfate is produced by dissolving Class 1 nickel or refined nickel intermediates in sulfuric acid. It is not traded on the LME — nickel sulfate pricing is assessed by specialist price reporting agencies including Fastmarkets and S&P Global Commodity Insights.
How Physical Nickel Trades Are Structured
Physical Class 1 nickel cathode trades follow the same structure as other LME-priced metals. A supply contract specifies the product form, quantity, the LME pricing formula (typically a specific averaging period around the BL date), and the premium over LME that reflects origin, logistics, and market conditions. Major Class 1 nickel producers include Norilsk Nickel (Russia), Vale (Brazil), Glencore (various origins), and BHP (Australia).
For example, assume a stainless steel mill in Taiwan purchases 500 metric tons of nickel full plates from a European warehouse at LME Official Cash Settlement plus assume $200 per metric ton, Cost, Insurance and Freight (CIF) Kaohsiung, priced on the average of five business days following the Bill of Lading date. The buyer hedges the LME price component by buying LME nickel futures for the equivalent pricing period.
Nickel sulfate for battery applications trades differently — volumes are smaller, buyers are battery manufacturers and cathode producers rather than steel mills, and pricing references are PRA (Price Reporting Agency) assessments rather than the LME. The transition of EV demand toward battery-grade nickel has created a structural premium for high-purity nickel capable of being converted into nickel sulfate, relative to lower-grade ferronickel and NPI.
The LME nickel market gained notoriety in March 2022 when an extreme short squeeze — driven by a major Chinese NPI producer holding a very large short position — caused LME nickel prices to briefly spike above $100,000 per metric ton before the LME suspended trading and cancelled trades. This episode highlighted the risks of concentrated positions in the nickel market and the complex relationship between the LME Class 1 market and the broader physical nickel supply chain.
Nickel trading requires understanding two distinct demand streams — stainless steel and battery manufacturing — that value different product forms at different price structures, making supply chain knowledge and product-form expertise central to operating effectively in this evolving market.
Nickel trading explained from ore to battery markets. Learn how nickel is priced on the LME, the key product forms, and what the EV transition means.
Nickel trading involves the physical buying and selling of nickel in its various product forms — from nickel ore and nickel pig iron (NPI) at the lower end of the processing chain to Class 1 refined nickel metal and nickel sulfate at the higher end. Nickel's market structure has undergone significant change in recent years as electric vehicle (EV) battery demand has created a new high-purity nickel supply chain alongside the traditional stainless steel supply chain. Understanding both demand streams is essential for anyone entering physical nickel trading.
Nickel trading refers to the commercial buying and selling of nickel products across the supply chain — from mining and intermediate processing through to refined forms used in stainless steel manufacturing and battery cathode production.
Nickel's Two Supply Chains
The traditional nickel supply chain serves stainless steel production, which accounts for approximately 70% of global nickel demand. Nickel ore — primarily laterite ore from Indonesia, the Philippines, and New Caledonia, and sulfide ore from Canada, Russia, and Australia — is processed into intermediate products including ferronickel, nickel matte, and Nickel Pig Iron (NPI). NPI is a Chinese-developed product made by smelting low-grade laterite ore in a blast furnace to produce a high-iron-content nickel alloy suitable for stainless steel production. NPI is significantly cheaper to produce than refined Class 1 nickel but is not directly interchangeable with it in all applications.
The London Metal Exchange (LME) nickel contract specifies Class 1 nickel — defined as nickel of minimum 99.8% purity in warranted forms such as full plates, cut cathodes, pellets, or briquettes. The LME Official Cash Settlement price for nickel is the global benchmark for Class 1 nickel and is used as the reference for physical nickel contracts worldwide. Ferronickel and NPI trade at discounts to the LME price, reflecting their lower purity and higher iron content.
The battery supply chain requires high-purity nickel in a different form: nickel sulfate, a chemical compound used in the cathode materials of lithium-ion batteries, particularly nickel-manganese-cobalt (NMC) and nickel-cobalt-aluminum (NCA) cathode chemistries. Nickel sulfate is produced by dissolving Class 1 nickel or refined nickel intermediates in sulfuric acid. It is not traded on the LME — nickel sulfate pricing is assessed by specialist price reporting agencies including Fastmarkets and S&P Global Commodity Insights.
How Physical Nickel Trades Are Structured
Physical Class 1 nickel cathode trades follow the same structure as other LME-priced metals. A supply contract specifies the product form, quantity, the LME pricing formula (typically a specific averaging period around the BL date), and the premium over LME that reflects origin, logistics, and market conditions. Major Class 1 nickel producers include Norilsk Nickel (Russia), Vale (Brazil), Glencore (various origins), and BHP (Australia).
For example, assume a stainless steel mill in Taiwan purchases 500 metric tons of nickel full plates from a European warehouse at LME Official Cash Settlement plus assume $200 per metric ton, Cost, Insurance and Freight (CIF) Kaohsiung, priced on the average of five business days following the Bill of Lading date. The buyer hedges the LME price component by buying LME nickel futures for the equivalent pricing period.
Nickel sulfate for battery applications trades differently — volumes are smaller, buyers are battery manufacturers and cathode producers rather than steel mills, and pricing references are PRA (Price Reporting Agency) assessments rather than the LME. The transition of EV demand toward battery-grade nickel has created a structural premium for high-purity nickel capable of being converted into nickel sulfate, relative to lower-grade ferronickel and NPI.
The LME nickel market gained notoriety in March 2022 when an extreme short squeeze — driven by a major Chinese NPI producer holding a very large short position — caused LME nickel prices to briefly spike above $100,000 per metric ton before the LME suspended trading and cancelled trades. This episode highlighted the risks of concentrated positions in the nickel market and the complex relationship between the LME Class 1 market and the broader physical nickel supply chain.
Nickel trading requires understanding two distinct demand streams — stainless steel and battery manufacturing — that value different product forms at different price structures, making supply chain knowledge and product-form expertise central to operating effectively in this evolving market.