When it comes to the forging and rolling, they are two of popular industrial crafts, which are widely applied to manufacturing and processing fields. Maybe, some of you are still confused about the relation and difference of them. Then, the following paragraphs will give comprehensive introduction on them.
 
First and foremost, the Stem cam and rolling process are different in their definitions. In fact, the forging technology is the combination of forging and stamping, which is based on hammer, anvil, punch and die of forging machinery to exert pressure on blanks so as to reach the purpose of plastic deformation. In the end, the needed shape and size can be formed. As to the rolling process, it is based on the gap of spinning roller. The cross section will be reduced and the length will be increased relying on the compression of roller.
 
Then, they have totally different classifications. Forging equipment can be divided into forging, Wind Energy Parts, hot forging, cold forging and isothermality Forging parts supplier according to different forming methods and deformation temperatures. Based on the rolling pattern, it can be divided into axial rolling, cross rolling and skew rolling. The plastic deformation will happen when passing through two rollers that have adverse direction of rotation. When it comes to the cross rolling, the motor direction of rolled piece is the same with the direction of roll axis. The rolled piece made from the skew rolling conducts helical motion.
 
In the meantime, the characteristics also can make clear the difference and similarity of these two industrial technologies. In forging industry, AL shell moulding and pressing can change the metal structure and improve metal performance. After being processed through the hot forging, the loose ingot casting becomes compact and seaming. What is more, the overall performance forged piece will be largely enhanced. As to the rolling process, the Municipal parts piece enjoys high intensity because of no annealing treatment. Comparatively speaking, the machinery performance of forged piece is much better than that of rolled pieces.
 
The development tendency of them can be summarized into three aspects. First of all, the inherent quality of both forged piece and rolled piece should be improved. Then, the forging technique and rolling technique also need to be advanced based on science and technology. Thirdly, more advanced equipment and production line still need special attention. On one hand, the production efficiency can be boosted. On the other hand, a large quantity of manpower and material resources can be saved.