不锈钢耐热钢铸件在应用时其锻造的圆铸锭的裂痕倾向性低，在应用时其铝合金具备其优良的排气管补缩工作能力，在应用时是造就次序结晶体标准，正确的提升其商品的致相对密度，通常状况下其锻造的溫度是偏高的。不锈钢耐热钢铸件针对小直徑的铸锭，由于其交错带的规格小其物理性能好，通常状况下能考虑流通性和不产生明亮结晶体起算，其溫度为715~740℃，商品扁铸锭热裂倾向性高。
Stainless steel heat-resistant steel castings have a low tendency for cracking in the forged round ingots during application. Their aluminum alloy has excellent exhaust pipe shrinkage work ability, and in application, it creates a standard for sequential crystallization to correctly improve the relative density of their products. Generally, the forging temperature is relatively high. Stainless steel heat-resistant steel castings are designed for small diameter ingots. Due to the small size of their interlaced bands and good physical properties, they usually consider flowability and do not produce bright crystals. Their temperature ranges from 715 to 740 ℃, indicating a high tendency for hot cracking in commercial flat ingots.
不锈钢耐热钢铸件在开展应用的全过程中为物理性能通常状况需要比生铁的物理性能要高，可是那样的原材料其生铁特性要差某些，商品在开展制做的全过程中为溶点相对性于别的的原阳雕刻 手套生产设备 果树反光膜 北京纯水设备 保定网站制作 排水槽模具材料要高些，在生产加工的全过程中为钢水溶液容易造成其空气氧化的状况。
The physical properties of stainless steel heat-resistant steel castings in the entire process of application usually need to be higher than that of pig iron. However, such raw materials have poorer pig iron properties, and the melting point of the product is relatively higher than that of other raw materials throughout the production process. During the entire process of production and processing, it is easy for the steel solution to cause air oxidation.
不锈钢耐热钢铸件的应用溫度正确的其溶体在转注的全过程时会有其好的流通性，挑选不锈钢耐热钢铸件溫度要依据转注的间距、转注全过程减温的状况、铝合金、规格型号、总流量等某些要素来确认。
The application temperature of stainless steel heat-resistant steel castings is correct, and their solution will have good flowability throughout the entire process of injection. The selection of stainless steel heat-resistant steel castings temperature should be determined based on certain factors such as injection spacing, temperature reduction throughout the entire injection process, aluminum alloy, specifications and models, and total flow rate.
