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- Progress of Research on High Strength Gray Iron 高强度灰铸铁的研究进展
- Research on a New Type of Inoculant of High Strength Gray Iron 高强度灰铸铁新型孕育剂的研究
- Study on High Strength Gray Iron Castingsfor Automotive Engine 汽车发动机高强度灰铸铁铸件的研究
- Complex Inoculants on Application to High Strength Gray Iron Thin-section Castings 复合孕育在薄壁高强度灰铸铁中的应用铸热分公司
- RESEARCH ON COMPLEX FOUNDRY TECHNIQUE OF HIGH STRENGTH GRAY IRON FOR CYLINDER BODY & ITS CAP 汽缸体、汽缸盖用高强度灰铸铁的综合铸造技术
- Study on Dimensional Accuracy of High Strength Gray Iron Cylinder Block Castings with Thin Section Thickness 高强度薄壁灰铸铁缸体铸件尺寸精度研究
- Continuously Cast High Strength Gray Iron Bar Section With High Phosphorus Content 高磷高强度连铸灰铸铁型材
- Research and Development of High Strength Gray Irons 高强度灰铸铁的研究与发展
- high strength gray iron 高强度灰铸铁
- Casting include ductile iron casting and gray iron casting. 灰口铸铁,球墨铸铁各种牌号的铸件
- Ductile iron has the strength properties of steel using similar casting techniques to that of gray iron. 在与灰口铁相似的铸造技术下,球墨铸铁具有钢一样的强度。
- Results show that high strength and thin wall gray iron with high carbon equivalent can be obtained by Cr Mo alloying and RCC inoculant. 其结果显示,在高碳当量条件下,采用低合金化和稀土复合孕育剂孕育处理,可以稳定地获得生产缸体、缸盖用的高强度薄壁灰铸铁。
- When producing gray iron,it is possible by adding trace antimony to prevent quality fluctuation of molten iron and increase tensile strength and wear resistance. 在生产灰铸铁时,加入微量锑可防止铁液质量波动,提高抗拉强度和耐磨性。
- high strength gray irons 高强度灰铸铁
- Gray iron has corrosion resistance that is improved over steel in certain environments. 灰口铁具有抗腐蚀能力,在某些环境下,甚至超过钢。
- The rare-earth-magnesium-calcium alloy is a compacted agent more suitable for high sulfur base gray iron in cupola. 稀土镁钙合金是比较适合于冲天炉高硫铁水使用的蠕化剂。
- It was still dark enough but a rim of lightness lay on the edge of the sea and made the waves gray iron. 天仍然很黑,但大海接天处现出一抹光亮,把浪花映成了铁灰色。
- "Port Talbot is a steel town, where everything is covered with gray iron ore dust. "港口塔尔博特是一个钢镇,一切事情为灰色的铁矿石灰尘所覆盖。
- The effect of the structure of Austenite zone on the performance of gray iron welding joint is studied by means of thermo-simulated test in this paper. 摘要采用热模拟试验方法探讨了灰口铸铁焊接接头热影响区的奥氏体区组织对接头性能的影响。
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