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Open-die Forging
  • Open-die ForgingOpen-die Forging

Open-die Forging

Open-die forging is a metal forming process in which pressure is applied to a metal blank through an open die (such as an anvil or a simple flat die), causing it to plastically deform to the desired shape. Its key characteristic is that the die does not completely enclose the workpiece, allowing the metal to flow freely in non-contact areas, achieving forming through only localized contact.

Open-Die Forging Services provide custom forging solutions for high-integrity components.

Key Specifications

Production Range: 10kg to 150 tons
Materials: Carbon steel, alloy steel, stainless steel, super alloys
Key Benefits: Enhanced strength, flexible design, cost-effective for custom batches
Primary Applications: Energy, heavy machinery, oil & gas

Improved Material Properties

Fatigue & Strength: Plastic deformation refines grain structure (eliminating casting defects) to lift fatigue life and mechanical strength.
Fiber Orientation: Directed metal flow forms oriented fibers, enhancing impact/fatigue resistance—ideal for high-stress parts (e.g., aircraft engine shafts).

Process Flexibility

Handles oversized workpieces (e.g., nuclear power pressure vessel rings) that closed-die forging cannot.
Forms complex shapes via multiple forging passes/blank adjustments, suiting small-batch or custom needs.

Balanced Cost & Efficiency

Low tooling cost: Uses simple anvils (no high-precision molds), cutting initial investment.
Fast turnaround: Fits urgent/short-run orders, skipping mold development wait times.

Expanded Applications

Heavy Machinery: Ship crankshafts, large gear blanks
Energy & Aerospace: Titanium alloy preforms, wind turbine main shafts

Hot Tags: Open-die Forging
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If you have any inquiry about quotation or cooperation, please email us at sales@nbmachine.com or submit the following inquiry form. Our sales representative will contact you. Thank you for your interest in our products.
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