The damage degree of mechanical parts can be divided into three categories

The degree of damage to mechanical parts can be divided into three categories

As we all know, no matter what it is, after a period of use, there will be obstacles or damage, and the same is true for mechanical parts. Mechanical parts can also be divided into several categories according to the degree of damage. Below, let's explore how the damage degree of parts is classified together with Changzhou Machinery Parts Processing.

The damage degree of mechanical parts is classified as follows:

1. The parts are completely destroyed and can no longer be used (such as the shaft is broken)

2. The damage is tight , it is unsafe to continue to use (such as cracks, surface wear)

3, although it can still work safely, but it has not achieved the benefits of appointment

There are actually many common processing materials, but we can divide them into metals and non-metals. Generally, the hardness of metals is stainless steel, followed by iron. , copper, aluminum. Instead of metal materials, especially ceramics and plastics are one of the representatives.

1. First of all, the hardness of the material, in some applications, although the higher the hardness, the better, but due to the inevitable limitations of the mechanical hardness, the material that needs to be processed will not be too hard, at least not more than The hardness of the machine is even higher. If the hardness is higher than that of the machine, it must not be processed.

2. Secondly, not only should the softness of the material be moderate, and at least lower than the hardness of the mechanical grade, but also the advantages of the processing equipment should be analyzed, and then the mechanical parts should be selected reasonably. To ensure that the products produced meet the economic requirements.

In short, the material processing time of tight parts also has certain requirements. Not all materials are suitable for processing, and materials that are too soft or too hard are not feasible. Therefore, in general, it is necessary to carefully determine the hardness of the material before processing. The ultra-high hardness material will not only damage the parts, but may also cause the collapse of the turning object.