What are the problems that tend to occur in the processing of stretched parts?

In the process of tensile parts processing, the following common problems may occur:

1. Deformation problem: During stretching process, if the stretching force is not uniform or too large, it may lead to deformation of the stretched parts. This may affect the quality and function of the product or even the usability of the whole workpiece.

2. Hardness problem: In tensile processing, if the hardness of the material is uneven or too high, it may lead to unstable tensile properties of the product, and even affect the service life of the whole product.

3. Cracking problem: In the process of tensile machining, if the structure of the material is defective or the process is not properly operated, it may lead to cracking of the product and affect the usability of the product.

4. Dimensional problems: in the stretching process, if the size of the material is not stable or the parameters of the stretching process are inaccurate, it may lead to a large deviation in the size of the product, affecting the assembly and use of the product.

5. Surface quality problems: after stretching processing, the surface of the product may appear unevenness, scratches, oxidation and other problems, affecting the aesthetics and durability of the product.

In order to avoid the above problems, attention needs to be paid to selecting suitable materials, controlling the tensile force and temperature, and operating in strict accordance with the process requirements in the process of stretching parts processing, so as to ensure that the quality and performance of the products meet the requirements. In addition, it is also important to check the status of equipment and tools regularly and adjust the process parameters in time. By strengthening the management and technical training, we can effectively reduce the problems in the processing of tensile parts and improve the product quality and production efficiency.