The iron, steel and malleable foundries of the EFF member states produced roughly 9 million tonnes of castings in 2024, 13.2% less than a year earlier — one of the toughest years in decades. Meanwhile pig iron, the main melting feedstock, stayed expensive: European pig iron traded around USD 462–505/tonne in Q1 2026 (market proxy). Dutch cast-iron buyers — machine building, offshore, pumps/valves, water infrastructure — source mainly from German foundries. Shrinking and consolidating capacity raises the risk of fewer qualified suppliers. Map your foundry dependency, second source and requalification lead time now.
What is actually happening
Cast iron (grey iron GJL, ductile iron GJS) is made in foundries that remelt pig iron, steel scrap and their own returns. Two developments now coincide: European foundry output has fallen sharply, while the main melting feedstock stays expensive.
According to figures from the European Foundry Association (EFF/CAEF), the iron, steel and malleable foundries of the EFF member states produced roughly 9 million tonnes of castings in 2024, a 13.2% year-on-year decline. Six countries — Germany, Türkiye, France, Italy, Spain and Poland — together account for 81.6% of European ferrous-metal castings output. The EFF describes 2024 as one of the most demanding years in decades, with a broad-based downturn and falling capacity utilisation and employment (source: EFF Report 2024, level A/B).
On the raw-material side, pig iron moved the other way. According to price tracker ExpertMarketResearch (market proxy, not an exchange benchmark), the global quarterly average pig iron price rose from USD 380/tonne in Q1 2025 to USD 418/tonne in Q4 2025, a full-year gain of about 10%, and further to USD 428/tonne in Q1 2026. Regionally, the European quotation in Q1 2026 sat above the global one (see table). Note the distinction: this is the price of the raw material pig iron, not of the finished casting — the material share in a casting price is an assumption and differs by foundry, alloy and machining level.
| Region | Pig iron Q1 2026 (USD/tonne, market proxy) |
|---|---|
| Global | 405–445 |
| China | 392–430 |
| Europe | 462–505 |
| US | 445–488 |
| Brazil | 378–415 |
Reference date Q1 2026; source ExpertMarketResearch, market proxy. USD-denominated — the EUR/USD rate co-determines the landed cost for Dutch importers.
On the supply side, global pig iron output fell. According to IndexBox, world production in January–May 2026 was 569 million tonnes, 2.8% lower than a year earlier; in January–April 2026 China produced 282.3 Mt (–3.1%), India 53.5 Mt (+5.4%) and Japan 19.21 Mt (–1.8%). Brazil is the largest exporter of merchant pig iron; in early July 2026 about 82.8 thousand tonnes went to Europe at USD 455/tonne, after 86 thousand tonnes at USD 438/tonne in May (IndexBox, research).
Structural drivers
The contraction of European foundries is not a one-off but the sum of structural pressures. Weak European automotive and machine-building demand depresses order books — the auto industry is traditionally one of the largest consumers of ferrous castings. High energy and CO₂ costs squeeze a process that is inherently energy-intensive (melting at around 1,400–1,500 °C). And the demand loss coincides with the electrification of drivetrains, which over time changes the volume of classic cast-iron engine and transmission components.
On top of that comes regulation. The definitive CBAM phase affects imports of iron and steel products and raises the administrative burden on overseas castings; the exact scope per commodity code and the consequences for your specific castings require verification with your own compliance/customs adviser (no legal judgement here). The point for procurement: the cost and administration of non-EU castings from, say, India or China become more complex, making the simple "we switch to Asia" scenario less obvious.
The combined picture: a sector losing volume while seeing costs rise is a sector that closes or consolidates capacity. That is the core of the procurement risk — not the weekly pig iron price.
Who is directly affected
Affected first-order are Dutch buyers who source grey iron (GJL) and ductile iron (GJS) castings from European, mainly German, foundries: machine builders (pump housings, gearboxes, machine frames, hydraulic blocks, compressor housings), offshore and maritime suppliers, manufacturers of valves and cast-iron pipes for water infrastructure, and automotive tier suppliers feeding German OEMs.
Probably not directly affected are buyers of small non-ferrous (aluminium) castings — a market with different dynamics — and companies with long-term framework contracts across a diversified foundry base. But that is conditional: they still come into scope when a qualified foundry in their chain closes, when a framework contract expires and must be renegotiated, or when volume shifts to a non-qualified source. "Not affected" here means "not yet affected".
The second-order effect
The chain runs as follows. Direct event: European ferrous casting output –13.2% in 2024 with falling utilisation. First-order effect: foundries with structurally low utilisation close production lines or disappear; capacity leaves the market. Second-order effect: when demand recovers while capacity has permanently gone, the remaining qualified foundry base can narrow — potentially resulting in less choice, higher minimum order quantities (MOQ), longer quotation and delivery times, and less negotiating room for the buyer.
Condition: this effect becomes plausible once demand picks up while closed capacity does not return — restarting a casting line is capital-intensive and slow. If demand stays weak, overcapacity instead keeps prices subdued.
Procurement indicators to track: the order book and utilisation of your foundry(ies), lead-time quotes on new orders, minimum order quantities, announced closures/consolidations in the German foundry cluster, and the lead time of a requalification process (PPAP/first-article inspection) on a source switch — the latter is often months for safety-critical castings.
Dutch procurement impact
The Netherlands itself has limited heavy iron foundry capacity; many castings come from the German foundry cluster (Ruhr/Sauerland), supplemented by Türkiye, India and China. Overseas castings and pig iron move through the ARA ports (Rotterdam/Antwerp). Dutch exposure is therefore mainly indirect, via the German supply chain — and that is precisely where the contraction sits.
Sourcing mix and supplier landscape
Alternative sources (India, Türkiye, China) are not interchangeable with a qualified German foundry. Compare on hard criteria: metallurgical quality and EN-standard conformity (e.g. EN-GJS grades), dimensional stability, requalification lead time, lead time, total landed cost including the EUR/USD effect and CBAM administration. Advise a benchmark on these criteria rather than an off-the-shelf switch list.
Contract clauses
In current contracts, test the price formula: is there raw-material indexation (pig iron/scrap), an energy surcharge, and how long is a quoted price valid? A fixed price does not automatically protect — material and energy surcharges, hardship and availability provisos can still take effect. Record the conditions under which a surcharge may be applied and against which public index.
Supplier conversations
Shift the conversation from price to continuity: ask in writing for the order book, utilisation, MOQ development and the casting line your part runs on. A foundry with falling utilisation is a supply risk, even if today's price is favourable.
Claim defence
On an announced price increase or surcharge: ask for substantiation with index evidence (which pig iron/scrap/energy index, which period) and test whether the pass-through is proportionate to the actual material share — the raw-material share is usually only a part of the casting price, not the whole.
Budget and risk
Company exposure is not calculated here — link this to your own spend and supplier data. Segment into safety-critical versus commodity castings; the former carries the largest requalification risk on a forced source switch.
What is established and what is still uncertain
What is established (level A/B): European ferrous casting output fell 13.2% in 2024 to roughly 9 million tonnes (EFF). Six countries cover 81.6% of EU ferrous casting output. Global pig iron production fell 2.8% in January–May 2026 to 569 Mt (IndexBox). The global pig iron price rose about 10% in 2025 (market proxy).
What is still uncertain (level C): Whether and where in the German foundry cluster capacity permanently disappears, and whether demand recovers enough to create scarcity of qualified sources. Primary price confirmation is also lacking: the pig iron quotations come from market trackers, not from an exchange or price-agency benchmark (LME/Fastmarkets/Argus). The price of castings themselves does not follow one-to-one from the pig iron price.
What to watch: announced foundry closures/consolidations, the utilisation and order book of your own suppliers, MOQ and lead-time developments, and the EUR/USD rate for overseas castings.
What you can do now
- Category manager — this month: ask your core foundry(ies) in writing for the current order book, utilisation, MOQ development and lead time on new orders. Then decide which parts need a second qualified source.
- Category manager + buyer — this quarter: have each current contract confirm which raw-material/energy index sits in the price formula and how long quoted prices are valid. Decide between indexation and (partly) fixed price, after comparing scenarios — never a bare "fix now".
- Buyer + engineering — this quarter: map which castings are safety-critical and require requalification (PPAP/first-article, EN standards) on a source switch. Determine which justify a pre-qualified second source.
- Buyer — on receipt of a claim: ask the supplier for index substantiation of every price increase or surcharge and test it against public pig iron/scrap indices before accepting.
- Category manager — this year: for overseas castings (India/China/Türkiye), request a benchmark on comparison criteria (EN-standard quality, lead time, qualification time, CBAM administration, landed cost incl. EUR/USD). Decide whether qualifying a non-EU source improves or actually increases your risk profile.
How Orbecta supports
Orbecta links your foundry dependency to the Supply Risk Index (concentration in the German cluster, alternative corridors), tests price formulas and surcharge provisos with Contract Intelligence, validates announced raw-material and energy surcharges against indices via Claim Check, and prepares renegotiations with Warroom Prep — including dual-sourcing and requalification scenarios.
Sources
Operational confirmation: European Foundry Association (EFF/CAEF) — Basic Figures / EFF Report 2024 (ferrous casting output 2024 –13.2%, ~9 Mt, six countries 81.6%) — consulted; data page updated 8 May 2026.
Market research: ExpertMarketResearch — Pig Iron Price Trend 2026 (global price USD 380→418/tonne in 2025, +10%; Q1 2026 USD 428/tonne; regional Q1 2026 ranges) — market proxy, reference date Q1 2026.
Market research: IndexBox — Global Pig Iron Market (world production Jan–May 2026 569 Mt, –2.8%; country shares Jan–Apr 2026; Brazil exports to Europe) — June–July 2026.
Additional context: Foundry-Planet — "The European Foundry Industry 2024 – EFF Report" (2024 one of the toughest years in decades; broad-based downturn).
Orbecta analysis based on the above sources. Second-order effects and Dutch impact are derivations (level C), not established facts.