Incoloy Alloy MA956 processing method
Incoloy Alloy MA956 processing method
The process of electrolytic processing of MA956 alloy can be divided into two stages:
The first stage: corrosion is mainly carried out along the depth direction of the hole. The maximum current density in this stage appears in the central area of the pit. Second stage: As the hole depth increases, it is more difficult for the electrolyte to enter the bottom of the hole, making it difficult to discharge the electrolytic products in time, the current density decreases, and the processing speed slows down. At this time, the corrosion process shifts to the hole expansion stage, which can effectively reduce The taper of the hole.
In actual operation, the processing device may include high-power pulse power supply, electrolyte system, working platform and fixture device, etc. The workpiece material is Incoloy MA956 high-temperature alloy. The use temperature of this material can be as high as 1350°C in an oxidizing atmosphere. Therefore, special attention needs to be paid to temperature control and material properties during processing.
In addition, because MA956 alloy has good mechanical properties and corrosion resistance, it has been widely used in aerospace, petrochemical, thermal power and other fields. This alloy is easily machined into a variety of shapes to meet the needs of different applications.
In general, when processing MA956 alloy, choosing appropriate processing methods and parameters is crucial to ensure processing quality and efficiency. Due to the special nature of this material, it is recommended to carry out adequate preparation and testing before processing to ensure the smooth progress of the processing process.
