Production cost of titanium screws

Precision parts have relatively high requirements on strength and toughness in actual work. Its working performance and service life have a great relationship with its surface performance. The improvement of surface performance cannot be achieved solely by materials, and it is also very unsatisfactory. Economic approach, but in actual processing to make its performance meet the standard, it is necessary to use surface treatment technology at this time, which can often achieve a multiplier effect. In recent years, this technology has also developed rapidly. In the field of mold surface treatment, mold polishing technology is a very important link and an important process in the processing of workpieces. The surface treatment process of precision parts is very important in the processing process, so what are the surface treatment processes of precision parts?

It is worth reminding that the polishing of the mold surface of precision parts is not only affected by the process and polishing equipment, but also by the mirror surface of the parts. This is not enough in the current processing. The importance of this also means that the polishing itself is affected by the material. Although the processing technology to improve the surface performance of precision parts is constantly being updated and upgraded, the most widely used in the processing of precision parts is mainly hardened film deposition, and nitriding and carburizing technologies.

Because the nitriding technology can obtain a high level of surface performance, and the nitriding technology has a very high coordination with the quenching process of steel in precision parts, and the nitriding temperature is very low, so that after nitriding Nitrogen technology does not require an intense cooling process, so the deformation of precision parts will be very small, so the nitriding technology is also one of the earliest technologies used to enhance surface performance when processing precision parts, and it is also currently used. Wider.