Ferrosilicon markets are grinding through a modest recovery in 2026 after the price declines of 2024-2025. European prices, as assessed in the Netherlands, rose roughly 5-6% in Q1 2026 versus Q4 2025 and were still edging higher through March. The recovery reflects higher global steel output and firmer energy costs, which directly impact ferrosilicon production given its extreme electricity intensity.
The demand picture is overwhelmingly tied to steel. Roughly 80% of ferrosilicon consumption goes into steelmaking as a deoxidizer and alloying agent. Global ferrosilicon demand in 2026 is estimated at roughly 9.08 million metric tons, growing at about 3.4% annually to reach 10.7 million tons by 2031. Growth is concentrated in Asia-Pacific, led by China, India, and Southeast Asia.
A structural shift is underway within steel demand. Higher-silicon electrical steels for electric vehicle motors and renewable energy transformers are driving premium-grade ferrosilicon demand. Silicon increases electrical resistivity and reduces eddy current losses — critical for energy-efficient electrical steel grades. This is creating a bifurcated market where standard-grade material tracks steel output while premium grades command growing demand from the energy transition.
On the supply side, nominal global capacity is ample, but 'effective' supply is constrained by energy costs, environmental regulations, and regional power availability. Ferrosilicon production consumes roughly 8,000-9,000 kWh per metric ton — making electricity the single largest cost component. Norwegian and Icelandic producers, powered by hydroelectricity, have maintained stable output but have not expanded enough to offset rising demand. This keeps Europe partially dependent on Chinese imports.
China's production discipline has improved since the 2024-2025 downturn. After operating through a period of margin compression, many smaller Chinese smelters have either reduced output or exited the market. The remaining capacity is concentrated among larger, more cost-efficient producers. H1 2026 Chinese production has been described as 'disciplined,' with producers matching output to order books rather than running at full utilization.
The bull case: steel demand recovers in H2 2026 — particularly in Europe and India — and energy costs remain elevated, pushing ferrosilicon prices higher. The growing electrical steel market provides a premium-grade demand floor. The bear case: Chinese crude steel output remains capped under Beijing's 'total volume control' policy, limiting the primary demand driver. New low-cost capacity in Southeast Asia could also weigh on prices.
Procurement teams should note that the ferrosilicon market is slowly exiting its oversupplied phase but is not yet in a tightening cycle. The recovery is moderate and fragile, heavily dependent on global steel production trends. Any meaningful steel demand improvement would quickly tighten a market that has been operating with spare capacity.
Ferrosilicon buyers face a balanced market with modest upward bias. For standard-grade material (75% Si), current pricing levels are reasonable for H2 2026 coverage. Lock in 60-70% of H2 volume at fixed price if suppliers offer flat to Q1 levels. For premium-grade material (high-silicon electrical steel grades), the dynamic is different — expect tighter availability and less willingness to discount. The key variable to watch is European and Chinese steel production. If European mills run at >75% utilization through Q3, expect spot ferrosilicon prices to firm further. Maintain index-linked pricing on the remaining uncommitted volume to capture any downside if steel production disappoints.