Impact of the EU Carbon Border Adjustment Mechanism on Steel Pricing
The European Union’s Carbon Border Adjustment Mechanism (CBAM) is now quantified on a per‑tonne basis, adding a carbon‑cost surcharge that varies with the embodied emissions of the product. For Indian steel exporters and domestic OEMs that rely on imported alloy steel, the extra charge translates into a direct increase of 30‑70 USD per tonne, depending on the grade and its production route. This creates a pricing gap between high‑emission carbon steels and lower‑emission alloy or stainless grades produced with electric‑arc or green‑hydrogen processes.
Because many forging‑critical components—gear shafts, crankshafts, and pressure‑vessel rings—still use traditional carbon and alloy ingots, the CBAM impact forces buyers to scrutinise the carbon intensity of each grade. The calculator released by Shanghai Metals Market breaks the cost into three steps: baseline FOB price, emissions factor (kg CO₂ per tonne), and the CBAM coefficient. The resulting add‑on can be fed into make‑or‑buy decisions, especially in high‑volume sectors such as automotive and oil & gas.
Strategic Shifts for Indian Forging Supply Chains
Indian manufacturers are now weighing three levers to mitigate the CBAN surcharge: (1) shifting to lower‑emission grades such as high‑strength alloy steels that require less material per part, (2) sourcing from domestic producers who can certify greener production pathways, and (3) increasing the use of continuous‑cast billets, which enable more efficient forging cycles and reduce scrap. The latter is particularly relevant for firms that need consistent chemistry and tighter tolerances, because billets cut the number of reheating cycles compared with bulk ingots.
For buyers evaluating alternatives, grade selection matters. A 42CrMo4 alloy forging ingot can achieve the same strength as a larger carbon‑steel block, reducing part weight and the carbon footprint of the finished component. Likewise, stainless grades such as 304L provide corrosion resistance that eliminates downstream coating processes, further lowering embodied emissions.
Kesari Alloys Perspective
Kesari Alloys, with its broad portfolio of carbon, alloy and stainless forging ingots, is well positioned to help Indian OEMs navigate the CBAM landscape. Its forging ingots are produced to specifications that support open‑die forging, ring rolling and upsetting, allowing customers to select high‑strength grades that minimise material use. The company’s continuous cast billets provide a more energy‑efficient feedstock for large‑volume forging operations, helping reduce the overall emissions per tonne of finished steel. Buyers should request detailed emissions data and certification from suppliers like Kesari Alloys to quantify the CBAM impact and optimise their material strategy.
