The production of ductile iron casting is more complex and expensive than grey cast iron. They are used in a wide range of industries: engineering, agriculture, automotive, road and construction, etc. They have high strength, high heat-resistance and toughness. It is often used to manufacture parts like cylinder blocks, pistons, gear boxes, knives, table wheels, pipes, valves, etc.ĭuctile Iron Casting: In Ductile iron, the graphite is like a pillow and acts as “crack-arresters” to give ductility and toughness superior to all other cast irons. It, however, has low tensile strength and elongation properties. It can withstand greater load and has a good degree of resistance against corrosion. It has good casting properties, high machinability, good wear resistance as well as good vibration damping. Grey Iron Casting: Grey iron is called that because when it is fractured, its surface appears a dull grey color. The difference in these types of iron is the characteristics of the graphite used in the material. We can divide cast iron into grey cast iron, ductile cast iron and malleable cast iron. Compared with steel casting, iron casting has a wide range of advantages of few less lucrative properties. Iron castings can be used in a variety of industries and employed for an array of uses.Ĭast iron is an alloy of iron, carbon and silicon with carbon levels of about 3.2% and silicon at about 2.2%. They are allowed to cool down and solidfy before being removed from the molds and used. How to publish with us, including Open Access Journal metrics 1.045 (2021) Impact factor 1.Iron casting, one of the oldest and most recognized casting methods, is melted and poured into molds or casts to creat a part of products of desired dimensions and shape. ![]() Coverage encompasses all casting technologies and includes, but is not limited to, novel and net shape casting technologies casting alloy design and modification control of nucleation, solidification and microstructure & mechanical properties computer aided design rapid prototyping mold making, mold materials and binders mold and gating design melting and liquid-metal treatment and transport modeling and simulation of metal flow and solidification post-casting treatments quality control and non-destructive testing process automation and robotics and safety and environmental issues.Īt present, distribution is to 50 countries and regions, and it is indexed and abstracted by: Science Citation Index-Expanded(since August 2007), EBSCO, Chemical Abstracts (CA), Cambridge Science Abstracts (CSA), Abstract Journal (AJ) and Elsevier’s largest abstract and citation database – Scopus, CNKI and Wanfang Data, etc.Ĭovers all casting technologies and includes novel and net shape casting technologies casting alloy design and modification control of nucleation, solidification and microstructure & mechanical properties computer aided design rapid prototyping mouldmaking, mould materials and binders mould and gating design melting and liquid metal treatment and transport modeling and simulation of metal flow and solidification post-casting treatments quality control and non-destructive testing process automation and robotics and safety and environmental issues Presents advanced scientific and technical achievements, applied technology, successful experiences in production, recent development and industry information in foundry field Offers rapid review and publication of articles Journal information Publishing model China Foundry, published bimonthly to a worldwide readership, mainly reports on advanced scientific and technical achievements, applied technology, production successes, management and leadership, recent developments and industry information in the foundry field.
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