All Kinds of Hot & Cold Forgings

Temperature: Formed at elevated temperatures, typically above recrystallization point.

Malleability: High temperature allows for better material deformation and shaping.

Reduced Energy: Lower forging pressures due to increased material ductility at high temperatures.

Grain Refinement: Enhances grain structure and overall mechanical properties.

Complex Shapes: Ideal for intricate designs and detailed components due to improved formability.

Temperature: Forged at or near room temperature, below the material's recrystallization point.

Hardness: Yields higher hardness and strength compared to hot forging.

Surface Finish: Produces a smoother surface finish, reducing the need for additional machining.

Tight Tolerances: Allows for more precise and accurate shaping, maintaining tight tolerances.

Material Savings: Minimizes material waste as the process requires less machining and material loss.