Industry Park of Shangkeng
Sanmen ,Taizhou ,Zhejiang ,China
Forgings for Pressure Vessels The main processing metho […]
Forgings for Pressure Vessels The main processing method of mechanical parts blanks is forging. Through forging, the specific shape of the parts can be obtained, and the internal structure of the metal product can even be improved. Forging technology is generally used in the production and processing of products with high bearing capacity and relatively high requirements. It can improve the mechanical and physical properties of the product. The future development of forging manufacturers is definitely related to quality. If you want to find an excellent forging manufacturer, this is also fundamental. Good quality forgings and a good service attitude are very important. Forging manufacturers want to develop their own brand. Start here, and then develop into a brand. Forgings for pressure vessels tell us about the development prospects of forging products and the problems that we may encounter. We all need to solve them appropriately. In order to develop rapidly, modern forging companies often have many problems. Forging manufacturers should consider the environment and should not rush for quick success. Forging manufacturers must continue to innovate according to their own development in order to gain a foothold in the competition. The so-called "forging" is to burn metal in a fire and then hit it with a hammer. The forging is a blank or workpiece made by forging. Forging has advantages and advantages that cannot be replaced by other manufacturing methods, but there will always be some problems in the forgings during this process.
Pressure vessel forgings describe these problems, including external and internal quality failures of various sizes. The main defects of forgings are: residual casting structure, folding, irregular flow lines, eddy currents, flow through, ribs, fractures, etc. The so-called residual casting structure is the insufficient forging deformation of the material during the forging process, or the advantages and disadvantages of the forging caused by the single forging of the forging surface during the forging process. In order to prevent the casting structure from remaining in the forging, it is necessary to increase the forging ratio, and it is more important to repeat the forging, and to strengthen the inspection of the raw materials. However, defects such as streamline irregularities, eddy currents, penetrating currents, penetrating ribs, etc. mostly appear on the organization of certain forging parts. Talking about forgings for pressure vessels I believe that people in the industry are very familiar with forgings, but laymen or people who have never done so do not know what to pay attention to during production. Let me tell you now. First of all, in the production process, workers will expose the metal to be forged to high-temperature air and heat radiation. In addition, if forging is exposed to cold air abruptly in the cold winter, it may take a certain amount of adaptability. At this time, workers should try not to walk around at will, because the forging will release certain hazardous gases during this process. The above two points are mainly the places that need to be paid attention to during the hot forging steel process