Why Forging?
1. Superior Mechanical Strength
Forging aligns the metal’s internal grain structure along the shape of the part, making the final product much stronger and tougher than cast or machined alternatives.
2. Outstanding Fatigue & Impact Resistance
Forged components withstand shock, vibration, and high-stress environments far better than parts made through other methods — ideal for load-bearing and high-wear use.
3. Uniform Structure, Minimal Defects
The forging process minimizes porosity, voids, and inclusions, resulting in parts with excellent structural integrity and long service life.
4. Consistent Quality at Medium to High Volumes
Once the dies are in place, forging becomes a reliable and repeatable process — ideal for producing thousands of parts with tight tolerances.
5. Material Versatility & Post-Machining
We forge parts in carbon steel, alloy steel, stainless steel, aluminum, and more — followed by CNC finishing for precision where needed.
Common Forged Components We Supply
Construction: Structural anchors, couplers, brackets
Automotive: Axle components, control arms, hubs
Machinery: Gears, shafts, clevises, crank components
Energy & Transport: Flanges, pipe joints, lifting parts
Jinpurui Forging Capabilities
Closed Die Forging (Drop Forging)
Open Die Forging
Cold Forging (select applications)
CNC post-forging machining
Heat treatment & surface coating available
