The European Union’s Carbon Border Adjustment Mechanism (CBAM) has entered its definitive phase from 1 January 2026, marking a structural shift in how carbon-intensive materials are assessed at the EU border. While initial CBAM discourse has largely centred on steel and aluminium, ferro-alloys such as ferromanganese (FeMn70) are now coming into sharper focus as compliance requirements begin to influence trade dynamics.
FeMn70, widely used in steelmaking as a deoxidiser and alloying input, falls under CBAM’s scope through CN 7202 (ferro-alloys). As a result, EU imports of ferromanganese are increasingly being evaluated not only on chemical specification and logistics, but also on embedded emissions disclosure and compliance readiness.
CBAM status as of January 2026
CBAM was introduced with a transitional, reporting-only phase between October 2023 and December 2025. That phase has now concluded.
From 1 January 2026:
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CBAM has formally entered its definitive legal phase
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EU importers are required to act as authorised CBAM declarants
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Embedded emissions must be reported using prescribed methodologies
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CBAM considerations are being incorporated into procurement processes and contracts
However, the European Commission has deferred the start of CBAM certificate sales to February 2027. This effectively positions 2026 as a compliance alignment year, during which data accuracy, verification readiness and contractual frameworks take precedence, while the financial settlement for 2026 emissions will follow later.
For FeMn70 suppliers, this distinction is important: commercial behaviour is adjusting immediately, even in the absence of near-term certificate purchases.
Why FeMn70 is exposed under CBAM
Ferromanganese production is inherently emissions-intensive, typically involving:
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Submerged arc furnace operations
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Carbon-based reductants such as coke or coal
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High electricity consumption
European Commission reference data published during the CBAM transitional period indicates that ferromanganese carries a relatively high embedded emissions profile among ferro-alloys, with a notable contribution from indirect (electricity-related) emissions.
This structure makes FeMn70 particularly sensitive to:
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power generation mix in the country of origin,
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electricity emission factors,
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and the availability of auditable energy consumption data.
As a result, CBAM introduces a new layer of differentiation in ferromanganese trade that goes beyond traditional quality or delivery considerations.
CBAM without prices: How the impact on FeMn70 should be assessed
In the early phase of CBAM’s definitive rollout, its influence on FeMn70 trade is being reflected less through spot price movements and more through changes in procurement criteria, emissions disclosure practices and contractual alignment. These factors are now shaping how EU buyers assess supply risk and long-term sourcing.
Emissions intensity as a qualifying factor
From January 2026, FeMn70 shipments into the EU are increasingly screened based on the availability and reliability of emissions data. Suppliers capable of providing installation-level disclosures are better positioned than those where importers must rely on default emission assumptions, which tend to be conservative.
Over time, this differentiation is expected to influence supplier selection, continuity of supply relationships and volume allocation.
Compliance readiness over short-term pricing
With certificate purchases deferred, 2026 has become a preparatory year in which EU buyers are focusing on:
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consistency of emissions reporting,
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alignment between customs classification and CBAM declarations,
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and the ability of suppliers to meet verification requirements.
For FeMn70 exporters, documentation quality and transparency are increasingly viewed as commercial attributes, rather than regulatory formalities.
Growing focus on electricity-related emissions
Given the energy-intensive nature of ferromanganese production, power sourcing has emerged as a critical discussion point. EU buyers and compliance teams are paying closer attention to:
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grid-based versus captive power use,
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electricity emission factors,
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and auditable consumption records.
This shifts part of CBAM impact assessment away from immediate transaction pricing towards production configuration and energy intensity.
Contract structures begin to reflect CBAM risk
Even without immediate financial settlement, CBAM is already influencing how FeMn70 contracts are structured. Market participants report:
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inclusion of CBAM-related data disclosure clauses,
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provisions for future cost pass-through,
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reporting timelines aligned with CBAM compliance cycles.
These developments suggest that CBAM-related exposure is being embedded structurally into trade agreements, rather than expressed through spot market adjustments.
Market implications for FeMn70 trade
For ferromanganese, CBAM does not yet represent a sudden cost shock. Instead, it introduces a graduated eligibility filter, where:
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compliant and transparent suppliers retain smoother access to the EU market, while
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suppliers unable to meet documentation or verification expectations face increasing friction.
This shift is likely to reshape trade flows gradually, favouring producers with stronger emissions governance and compliance infrastructure.
Metalsbuy Market Pulse Outlook
As CBAM moves into its definitive phase, FeMn70 is transitioning from a purely specification-driven input to a compliance-sensitive material in EU trade. While price impacts are expected to emerge over time, the immediate effect in 2026 is visible in how EU buyers assess supplier credibility, emissions transparency and long-term sourcing risk.
For ferro-alloys, CBAM is no longer a future consideration. It is now a structural factor influencing market access and trade behaviour.