Stainless steel, a highly polished metal, to be precise, shows the best surface. This process helps protect the metal. When you learn the polished surface treatment of stainless steel CNC machined parts, it has never been so difficult to achieve mirror finish on unprocessed stainless steel CNC machined parts. However, this process is time-consuming and cumbersome. If you have enough patience, the result will be worthwhile.
In order to obtain the most common stainless steel coatings, you usually have to perform multiple steps in a specific order. Because stainless steel is more susceptible to heat and contamination, you may find that using this material is more time-consuming and expensive than using carbon steel.
It is important to understand how to finish stainless steel, and why it is so important to use stainless steel CNC machined parts specifically designed for this material. Doing so can save you time and money, and at the same time can achieve the desired effect.
There are many polishing methods for stainless steel CNC machining parts. This article introduces the simplest and most effective polishing method. The two methods of polishing stainless steel CNC machining parts described in this article include the use of a small grinder and a 750 W table grinder.
You can start polishing stainless steel CNC machining parts with a standard low-cost 350 W bench grinder and still achieve good results. However, if your polishing volume is high, you will need to upgrade to a more powerful machine. A 750 W bench grinder is not as expensive as you think.
Polishing stainless steel CNC machined parts with a bench grinder is by far the most effective method. What you need to understand is that a low-power table grinder may not give you the finish you want. You should use at least a 350 W model for this job.
In addition, the grinder should be a grinder that allows the removal of the grinding wheel in order to install the tail on the shaft. This is a mop with additional shaft screw thread mounting.
Stainless steel CNC machining parts are widely used in many industries and applications. In these industries and applications, high purity or special aesthetic requirements are very important, including food service, medical, aerospace, energy, and construction metal manufacturing. Although the material has the characteristics of high strength, long service life and corrosion resistance, it also faces certain challenges in the welding and painting process. Here are some factors to consider:
Stainless steel is susceptible to contamination. In fact, it is more susceptible to pollution than carbon steel. In applications that require high purity and most welds for X-ray inspection (such as medical equipment and power generation equipment), it is important to maintain consistency and avoid inclusions throughout the welding process to prevent contamination. This also applies to getting work done. You don’t want to introduce contaminants during the finishing process, which may corrode the weld or weaken the joint in the future.
It is to match the spindle speed and the feed speed. Assuming that your lathe is not working well, it is recommended to buy some sandpaper to get it. When sanding it, it is recommended to deal with the direction of the turning tool, so that the texture of the stainless steel CNC machined parts will be processed. It’s better.