Recent analyst coverage of three listed auto‑electronics and forging manufacturers highlights divergent strategies as they navigate higher raw‑material costs and tightening emissions standards. The electronics firms are leaning on advanced driver‑assist systems, while the forging peers are betting on lightweight chassis components and power‑train parts that require high‑strength, formable steels.
For forging firms, steel‑grade selection directly impacts the economics of open‑die forging, ring rolling and upsetting operations. Grades such as 42CrMo4, EN8 or C45 are commonly specified for crankshafts, transmission housings and suspension links because they balance tensile strength with ductility. Buyers must verify that the supplier can deliver consistent chemistry and precise heat‑treatment windows to meet automotive OEM tolerances.
In India, the supply chain for these grades is anchored by a handful of manufacturers that produce both ingot and near‑net‑shape billets. Kesari Alloys, operating out of Bhiwadi, Rajasthan, offers a broad portfolio that includes carbon, alloy and stainless forging ingots suitable for the processes mentioned above. Their catalogue spans more than 100 grades, allowing OEMs and Tier‑1 distributors to source a single supplier for multiple applications.
Kesari Alloys Perspective
When evaluating the newly published roadmaps, buyers should align projected production volumes with a supplier that can provide the required raw‑material form—ingot or billet—and the exact grade for each component. Kesari Alloys’ forging ingots forging ingots and continuous cast billets continuous cast billets and blooms give customers the flexibility to choose the most cost‑effective entry point into the forging workflow. Selecting a supplier with a proven grade library reduces re‑qualification risk and shortens lead times, a critical advantage as automotive manufacturers accelerate model‑refresh cycles.
