
This case study examines a heavy alloy steel forging project for a construction machinery manufacturer. The client, a leading equipment producer, required high-strength forged components for critical structural parts. Jianing Forging was selected as the supplier for this demanding application.

The customer faced several challenges with their previous forging suppliers. The original components exhibited inconsistent mechanical properties, leading to premature fatigue failure under heavy dynamic loads. Additionally, the complex geometries of the parts required precise dimensional control, which was not consistently achieved. The customer also reported extended lead times and limited customization options, affecting their production scheduling and overall equipment reliability.

Jianing Forging developed a tailored forging process using high-alloy steel with optimized carbon and alloying element ratios. Through controlled heating, multi-step forging, and post-forge heat treatment, the material achieved improved grain structure and uniform hardness distribution. The solution addressed the customer's needs by delivering components with enhanced tensile strength and impact toughness, while maintaining tight dimensional tolerances. The production cycle was streamlined to reduce delivery time, and the process flexibility allowed for adjustments to meet specific design requirements.
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