Cost-effectiveness: The manufacturing process of forgings is relatively simple and requires less raw materials, which can reduce production costs through batch production and automated processing. Compared to other manufacturing processes such as casting and welding, forgings have relatively lower costs.
Product quality: Forgings undergo the forging process, resulting in higher density and uniformity, with a more compact internal structure and better strength and toughness. This allows forgings to have better performance and longer life under high loads and severe working conditions, providing higher quality products.
Precision and consistency: The forging manufacturing process allows for precise control of dimensions and shapes, enabling the processing of complex shapes and meeting the requirements of different fields. At the same time, forging manufacturing technology has high consistency, ensuring the stability and reliability of products.
Plasticity and traceability: Forging processes can be used to process various metal materials, including steel, aluminum, copper, etc. Different metal materials have good plasticity and can be forged into various shapes and sizes of forgings. Additionally, forgings have good traceability, as the manufacturing process can be monitored and recorded throughout, ensuring the traceability and traceability of product quality.
In summary, forgings have advantages such as cost-effectiveness, product quality, precision and consistency, plasticity, and traceability, which allow them to meet the needs of different industries and be widely applied in market competition.
