How should UNS S32050 be cooled after processing?
How should UNS S32050 be cooled after processing?
After processing UNS S32050 stainless steel, there are many cooling methods. details as follows:
Tool pressurized internal cooling method: This method drills cross holes on the tool to allow the cutting fluid to circulate inside the tool body under pressure, thereby taking away heat and achieving a cooling effect.
Pre-cooling and graded cooling quenching: On the premise of ensuring the hardness of the mold, pre-cooling treatment can be used, that is, the workpiece is initially cooled before formal quenching. In addition, graded cooling quenching can significantly reduce the thermal stress and structural stress generated during metal quenching, which is very effective in reducing deformation of workpieces with complex shapes or high-precision requirements.
High-Pressure Cooling: This method provides supply pressure in excess of 1,000 psi, blowing chips quickly away from the part for fast and effective cooling. This method is suitable for chip ejection and ejection, and can immediately cool the part, but it is important to note that due to the higher pressure, specific equipment and safety measures may be required.
In general, when selecting a cooling method, factors such as the material, shape, size, and required accuracy of the workpiece need to be taken into consideration. At the same time, in order to ensure the performance and quality of the material, appropriate cooling rates and methods should be selected to avoid material performance degradation or workpiece deformation caused by improper cooling.
