The gallium market remains structurally tight as China's export controls, now in their third year, continue to segment global supply chains. The Chinese CFD benchmark stood at 1,925 CNY/kg as of July 15, according to TradingEconomics, reflecting a 4.9% month-over-month decline but a 14.9% year-over-year increase. Physical high-purity gallium in Western markets tells a more dramatic story: approximately $2,269/kg as of April 2026, up 141% since the start of 2025 and 661% since 2020, per Strategic Metals Invest data.
The supply structure is the root cause of persistent tightness. Gallium has no primary mines; it is recovered exclusively as a by-product of alumina refining and zinc smelting. This means supply cannot respond to price signals. China controls more than 80% of global low-grade primary gallium capacity, with some estimates placing its share above 99% for certain grades. Since July 2023, Beijing has required export licensing for gallium and its compounds, citing national security.
The control regime escalated in December 2024, when China imposed a targeted ban on gallium exports to the United States, framed as retaliation against US semiconductor restrictions. Through 2025, anti-smuggling enforcement intensified, closing grey-market channels that had partially offset earlier licensing friction. Policy updates indicate controls will remain stringent through at least 2026-2027, according to SMM analysis.
Demand is driven by compound semiconductors that are critical to modern electronics. Gallium arsenide (GaAs) is used in RF front-ends for smartphones, satellite communications, and defense radar. Gallium nitride (GaN) is foundational for 5G base stations, EV fast chargers, data center power supplies, and phased-array radar systems. GaN power electronics demand is accelerating as AI data centers and EV infrastructure expand. These applications have no viable substitutes at comparable performance levels.
The European Union's Critical Raw Materials Act (CRMA) has designated gallium a strategic raw material, mandating reduced dependence on single-country sources by 2025-2027. Australia is emerging as a potential alternative source: a partnership to recover gallium from Australian alumina refineries was announced in July 2026. However, new non-Chinese refining capacity remains years away from materially altering the supply balance. Most analysts expect the gallium market to remain tight, expensive, and politically sensitive through at least 2027.
For procurement teams sourcing gallium for GaAs, GaN, or LED applications, this is not a market where price optimization is the primary objective — supply availability is. The current environment demands a strategic, not tactical, approach: (1) Semiconductor and defense buyers should secure multi-year off-take agreements with Chinese suppliers who have valid export licenses, accepting pricing at a premium to domestic benchmarks; (2) Develop second-source qualifications with non-Chinese refiners despite higher costs — the CRMA timeline in Europe and Australian project developments are slow but essential for supply chain resilience; (3) Build 6-12 month strategic inventories of high-purity gallium at current levels; the cost of capital tied up in inventory is lower than the cost of production stoppages; (4) Invest in gallium recycling from scrap GaAs and GaN manufacturing waste — recycling is the fastest path to reduced primary dependence; (5) Monitor US strategic stockpile procurement announcements, which could tighten spot availability further. Assume structural tightness is the base case through 2027.