The rigidity of the parts produced by the processing of automobile stamping parts is better

2019-12-23 13:53:31

What are the characteristics of automobile stamping parts processing

The parts obtained by different production processes have their own characteristics, and each production method has its own advantages. Nowadays, people have a relatively large demand for the parts processed by stamping parts, because many people will choose the stamping method to get the products they need, so many people are not very good at the characteristics of stamping parts processing Understand, in the end, what are the benefits of parts produced by this process?

First of all, the rigidity of parts produced by stamping is relatively good. When we produce parts, we use high-quality steel for production. The thickness of steel varies. We use the punch of corresponding tonnage for stamping through the required pressure. In this way, compared with other production processes, the rigidity of parts produced is much stronger, and in the whole stamping process The internal structure of the parts is constantly improved, so that the overall strength has been greatly improved.

Secondly, the products processed by stamping parts are easy to install. When we are in production, we will punch according to the drawings provided by you, and there will be no redundant parts. It is a great advantage of stamping to produce what kind of parts we need, so it is very convenient for us to install later.

The development and application of high-strength steel plate are closely related to molding, coating, welding and other related technologies. Stamping is the main forming method in automobile manufacturing. Body components, door panels, wings and so on are all made by stamping. Some components have quite complex shapes. For example, if steel with high strength and no gap solid fusion has very good deep drawing and drawing ability. It is used for stamping and manufacturing automotive stamping parts with various complex shapes. There are no carbon and nitrogen atoms with gap solid fusion in the ferrite inside, so that the steel can achieve low yield ratio and high elongation after cold rolling and continuous annealing, that is to say, it has very high "toughness" and will not break randomly. It can To accept all kinds of die stamping deformation.