The cadmium market entered the second half of 2026 with a familiar structural tension: demand growing steadily while supply remains captive to the zinc smelting cycle. Cadmium is almost entirely a by-product of zinc refining; its availability is dictated by zinc production decisions, not by cadmium demand. When zinc smelters cut output, cadmium supply shrinks immediately and cannot be quickly restored.
This dynamic played out in 2026. Verified Market Reports notes that disruptions in zinc production caused a temporary cadmium shortage that impacted downstream users across batteries, coatings, and photovoltaic manufacturing. The episode illustrated the fundamental vulnerability of cadmium supply chains — a vulnerability that cannot be solved by higher cadmium prices alone.
Pricing in Q4 2025 provides the best available reference. Japan cadmium stood at USD 4,301 per metric ton, China at USD 3,876/MT, India at USD 4,358/MT, and the UK at USD 4,502/MT, with Brazil reaching USD 5,033/MT. IMARC data shows prices supported by constrained regional supply and steady demand from specialty alloy and coating applications. Import-dependent markets have seen higher local prices due to freight disruptions and currency-driven procurement caution.
Cadmium procurement requires a different approach than most specialty metals. The key risk is not price volatility driven by cadmium demand but by zinc smelting cycles that are completely outside cadmium buyers' control. Recommended strategies include: medium-to-long-term contracts with price-adjustment formulas referencing both zinc and cadmium indices, qualification of multiple suppliers across different regions including certified recyclers, and maintaining higher safety stocks for critical battery and PV applications. The regulatory dimension adds another layer — EU REACH and RoHS restrictions, plus EPA hazardous waste rules, are restructuring supply chains toward closed-loop recycling, and procurement contracts increasingly require recycled content minimums.