In order to change the characteristics of stainless steel plates and make steel easier to process, some additional disposal and processing processes are generally done before the processing of mechanical equipment. Before processing, the hard bottoming raw material will increase the processing time and increase the damage of the tool, but it can also be solved after processing to improve the hardness or strength of the product. Below is several common processing processes of stainless steel plates.

Thermal treatment process: Thermal treatment process refers to the entire process of several different types, involving the temperature of controlling steel to change its material characteristics. An example is quenching to reduce strength and improve plasticity, making steel more easily processing. The whole process of quenching will warm the steel delay to the required temperature and maintain it for a period of time. The required length and temperature lies in the actual aluminum alloy, and it decreases with the improvement of carbon ingredients. In the end, the metal material is surrounded by a slow refrigeration in the furnace or surrounded by insulating layer materials.

Deposition hard bottoming: The deposit hard bottoming improves the yield strength of the steel. Some levels of stainless steel plates are likely to include pH in their names, which means that they have the characteristics of depositing hard bottoming. The key difference between deposited hard bottoming steel depends on their additional elements: copper, aluminum, phosphorus or titanium. Many different aluminum alloys are all possible here. In order to better stimulate the characteristics of stiffness, the steel formation is made into the last way, and then the whole process of hardening the timeliness is carried out. The whole process of the timeliness hard toasting will be heated for a long time to warm the raw materials, so that the additional element is deposited -generating different sizes of solid particulate matter -thereby increasing the pressure resistance of the raw material.

Cold processing: The characteristics of steel can also be changed without adding a lot of calories. For example, the cold processing steel is stronger according to the entire process of processing. When the metal material produces plastic deformation, the processing is harder. This can be carried out according to the hits, cold rolling or pulling metal materials. If the cutting tool or workpiece becomes more and more hot, the processing hard to bottoms inadvertently during the entire processing process. Cold processing can also improve the processability of steel. High -carbon steel is particularly suitable for cold processing.