Precision Closed-Die Forging Services
Engineered forged steel components delivering continuous grain flow, zero internal porosity, and unmatched fatigue life for high-stress mechanisms, automotive drivetrains, and structural assemblies.
Forging Infrastructure & Engineering Focus
Where structural failure is not an option, forged components provide superior fatigue limits and impact fracture resistance compared to cast or machined plate alternatives.
Closed-Die Drop Forging
Producing net-shape and near-net shape components with directional continuous grain flow for maximum impact endurance and cyclic fatigue resistance.
Continuous Grain Flow Engineering
Plastic deformation at controlled forging temperatures realigns the crystalline microstructure parallel to principal operating stress vectors.
Induction Billet Heating & Descaling
Ensures uniform core-to-surface forging temperatures while stripping oxide scale to prevent surface pitting and die wear.
In-House Die Shop & Tooling
Rapid CAD/CAM tooling turnaround, precision EDM spark erosion, and die life optimization for high-volume automotive and structural runs.
Comprehensive Heat Treatment
Automated batch furnaces with SCADA data logging to deliver specified yield strengths, impact Joules, and Brinell hardness profiles.
Turnkey CNC Machining & NDT
100% surface defect inspection via fluorescent MPI, ultrasonic flaw detection, and final precision CNC turning and milling in Vadodara.
Forged Steel Grades & Material Properties
Carbon Steels
Economical, high surface hardenability, structural shafts and levers.
Alloy Steels
Extreme core toughness, deep hardenability, heavy-duty gear forgings.
Case Hardening Steels
Superior wear-resistant case with ductile fracture-resistant core.
Stainless Steels
Corrosion resistance coupled with superior forged mechanical density.