The three primary types are Open-die forging, Closed-die forging (also known as impression-die), and Seamless rolled ring forging. While open-die forging is ideal for large, simple shapes like shafts and bars, closed-die forging is preferred for complex, high-precision components, and rolled ring forging is specialized for creating durable circular parts.
The choice of forging operation depends on the material's properties. For example, alloy steel and carbon steel are versatile for most processes, while titanium and nickel-based alloys often require precise temperature-controlled hot forging or press forging due to their high strength and heat resistance. Aluminum forging is typically chosen for lightweight yet high-strength industrial applications.
Forging is often the optimal choice for critical, load-bearing parts because it provides superior strength, fatigue resistance, and microstructural integrity compared to casting. By aligning the metal's grain structure, forging ensures that components like gears and shafts can perform reliably under high-stress and challenging conditions where cast parts might fail.
Yes. We specialize in providing high-quality, tailored forging solutions to meet specific industrial demands. Our expert team offers engineering consultation (replacing traditional technical support) to help you select the optimal manufacturing process, material, and design for custom high-volume production or low-volume specialty orders.