Generally, a stainless steel tube obtained by a honing process is called a stainless steel honing tube. In the honing process of stainless steel honing pipes, the use of honing tools is more common, and one of the more commonly used ones is honing gears. The honing gears are composed of a matrix and an abrasive. It is used for honing, mainly to clean up impurities and burrs on the surface of the material, so as to improve the surface finish.

However, when we use this kind of honing tool, the stroke of the equipment should not exceed the width of honing, otherwise, the honing gear may be seriously damaged. In the control of the amount of honing, the value should be controlled within a reasonable range. And for the control of the honing time, the same requirement is also required, and the suggestion is about two minutes.

The material of the honing gear is relatively brittle, so it is strictly forbidden to knock it, so as not to damage it and make it unusable. Further choose suitable honing stone, and control the roughness to make it within the normal allowable range, then the above requirements can be met. However, in some cases, it is still necessary to pay attention to the material used for the honing tube and the hardness of the material, so that it can be considered comprehensively to avoid problems.

Many people do not pay much attention to the surface problems when choosing stainless steel honing tubes. In fact, surface problems also have a great impact on the use of stainless steel honing tubes, which will affect their future use and life. Under normal circumstances, small holes will appear on the surface of our stainless steel honing pipe. Therefore, we should choose a pipe with a low degree of corrosion, and the inner wall of the pipe should be as thick as possible.

Generally, the stainless steel honing pipes we use are relatively thin, which causes the pores to be generated on the surface of the pipe. We can increase the thickness and diameter of the pipe, thereby reducing the attachment points of the pores, and will not appear on the surface. Try to further process the pipes as much as possible to reduce the occurrence of defects such as pores and pits, and to improve the production efficiency and quality of the pipes.