Key indicators and structural design of machining
In the manufacturing process of precision machining, due to its small size, its mechanical properties are good. Precision machining can achieve its fluidity and prevent the formation of bright crystals to a certain extent, generally at a temperature of 715~740℃. The manufacturing temperature of precision machining can ensure good fluidity of the melt during pouring. When selecting the casting temperature, the equipment needs to be determined based on factors such as the pouring distance and cooling conditions during the pouring process.
The melt of precision machining has good fluidity during pouring at its operating temperature. The selection of the precision machining temperature should be determined based on factors such as the pouring distance, cooling conditions during the pouring process, alloy, specifications, and flow rate. Precision machining has a low tendency for cracks in the circular ingots, which allows the alloy to have good degassing and shrinkage compensation capabilities to a certain extent. When used, it can create conditions close to its order, improve its density, and its casting temperature is generally relatively high.
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