Forging

Forging



Blank forging area:


Metal plasticity is used to plastically deform the metal billet by applying an external force (such as impact force or pressure) to obtain a blank of the desired shape, size and properties. This plastic deformation will change the internal microstructure of the metal, allowing the grains to refine and align along the deformation direction, enhancing the mechanical properties of the metal.

 

Blank forging features:


For gears with small size and low accuracy requirements, forging blanks are often used. Using a die to apply pressure through forging equipment to form metal materials can improve material properties.
For gears with high precision and complex structure, use a casting blank, pour liquid metal into the mold cavity, and cool and solidify to obtain a gear blank with complex shape.
For gears with large batches and high strength requirements, die forging can be used to obtain a more accurate size and shape of the blank.

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High-Strength Forging – Precision and Durability Redefined

Engineered with advanced forging techniques, our components deliver superior strength, enhanced durability, and exceptional precision for the most demanding applications.

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