How to drill holes in stainless steel plates?

Stainless steel plate is a fixed size of stainless steel material, often used to make electrical, mechanical, water treatment and other products. For stainless steel plates, mechanical processing generally includes cutting, punching, etc., among which punching is the most common processing method. The purpose of drilling holes is to pass through the stainless steel plate and adjust the corresponding outer size or shape to achieve special properties.

Since stainless steel has good corrosion resistance, it is more demanding when drilling holes. The tools used are also very important. Cutters made of high-speed carbide materials should be used and must be polished and processed correctly to ensure that they are quality, avoid scratching the tool, and prevent surface burns and overloading caused by improper use. In addition, attention should be paid to cooling when drilling to avoid deformation and dehardening.

During the actual operation process, appropriate drilling specifications, pressure, cooling and other parameters must be used to ensure the best condition and improve efficiency. In addition, the drilling specifications should be reasonably selected according to different hole diameters. If the hole diameter is large, a large-size mold should be used first, and then continue to reduce the mold to a suitable hole diameter. This can effectively reduce the wear of the mold and improve the efficiency of the mold.

At the same time, the special characteristics of the stainless steel plate should be used to add a certain degree of strength to the workpiece to avoid the stainless steel plate below breaking due to excessive hole diameter. In addition, during the production process, you should also frequently check whether there are impurities, especially on the mold. Before replacing the mold, make sure there is no impurity underneath the mold.

In summary, drilling holes in stainless steel plates is a relatively complex process. Appropriate tools, processing parameters, and molds must be appropriately selected to obtain the required hole diameter and ensure the quality of the workpiece in order to obtain satisfactory processing results.