In the process of precision casting of stainless steel, due to the small scale of its transition zone, its mechanical properties will become higher. Stainless steel precision casting can effectively meet its fluidity and do not form bright crystals to a certain extent, and the general temperature control is around 715-740.
The tendency of stainless steel precision casting cracks in round ingots is relatively low, so to some extent, it effectively ensures that the alloy has good exhaust filling and contraction ability. When used, it can effectively create orders close to the conditions, and also effectively improve its density. The casting temperature is usually higher.
The production temperature of stainless steel precision casting can effectively ensure the injection during the melt flow process to some extent. The selection of equipment for casting temperature requires effective determination of the injection distance and other factors during the temperature drop process. The temperature used can effectively ensure good fluidity during the melting process. The selection of stainless steel precision casting temperature is based on factors such as spraying distance, alloy, specifications, flow rate, etc. during the cooling process.
During the precision casting process of stainless steel, its mechanical properties are higher than those of cast iron, but the performance of such raw materials, cast iron, will have some deviations. In the precision casting process of stainless steel, its melting point is relatively high compared to other materials. Alright, the editor is sharing this article here, hoping it will be helpful to you!