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This article introduces the use of die forgings

During the rolling of the starting material or during the drop forging itself, defects such as pores and blowholes, which often occur in the production of cast parts, are closed. As a result, forged parts are more stable than cast parts with the same or even lower weight. Compared to machined components, forged parts have a grain structure that is adapted to the forming process. This means that the grain of the machined component is broken). This results in a high static and dynamic resilience of drop-forged parts, since they can be perfectly adapted to their demands.

Large forgings in Maple are mostly used for key components of large machinery, and due to the harsh working environment and complex forces, the quality requirements for large forgings in the production process are very high. Large forgings are forged directly from ingot. In the production of large forgings, even if the most advanced metallurgical technology is used, there are inevitably micro-cracks, pores, shrinkage holes and other defects inside the ingot, which seriously affect the quality of the forgings. In order to eliminate these defects and improve the quality of forging parts, it is necessary to improve the forging process and select reasonable forging process parameters.

Post tensioning anchor can be used efficiently in all applications of building and civil engineering works including highway bridge, railway bridge...

In the realm of metalworking, steel, as a fundamental and versatile material, finds widespread application in industries ranging from construction to machinery, automobiles, and aerospace. To cater to the diverse manufacturing specifications and performance requirements of various products, steel casting techniques play a pivotal role. This article delves into the various casting methods and highlights the most suitable type for steel production, with a frequent emphasis on the keyword "Steel Casting."

Forged shafts are a critical manufacturing piece in numerous industrial applications. The forged steel process utilizes hammering and press squeezing manufacturing techniques, allowing localized compressive forces to shape the forged metal workpiece to exact project specifications.