Article published May 7, 2026. Prices below use latest available snapshots.
Thesis
3/3 agents independently surfaced this ticker while tracing: "AI data center gas turbines — what physically bottlenecks the upstream supply chain above the turbine OEMs (GE Vernova, Siemens Energy, Mitsubishi Heavy)?". Blind mode (no price data shown to agents).
Agent reasoning
Primary producer of vacuum melted nickel-based superalloys (IN718, Rene N5, Diskalloy) for turbine discs and shafts; ~45% global melt capacity for aerospace/industrial turbine discs (per Roskill 2023); requires 18-month lead time for ingot certification; no substitutes for high-stress discs above 650°C; expanding capacity but lagging demand from data center turbine retrofits
Near-monopoly producer of nickel-based superalloys (IN718, Rene N5) for turbine hot-section blades and vanes; >70% share in aerospace/energy-grade forgings; no substitutes for 700°C+ creep resistance in hydrogen-blended turbine operation.
Primary producer of nickel-based superalloys (INCONEL®, WASPALOY®) for turbine hot-section components; AI data center turbines require 30% higher thermal cycling resistance than legacy units, driving demand for ATI’s single-crystal and oxide dispersion-strengthened alloys
Sources
- Source trace: 2026-05-07-ai-data-center-gas-turbines-what-physica
- Watchlist status: TRACKED
- Convergence score: 1.00 (unanimous)
- Avg agent rank: 2.7
Trade Summary
No trade parameters — research-trace produces theses, not entries. Pair with a single-name deep dive or a full scan to derive entry/target/stop.