Industrial Process DescriptionThe metal casting process has been divided into the following five major operations: Obtaining the Casting Geometry :The process is referred as the study of the geometry of parts and plans, so as to improve the life and quality of casting. Casting Pattern-making :In pattern making, a physical model of casting, i.e. a pattern is used to make…
To approach an ideal framework for designing a metal casting requires a detailed study of the contradictory requirements and identifying the best solution. The artifact’s designing, quality-benchmarking and cost-effective considerations play an important role to work out an ideal structure for metal casting. Advantages of defining framework: To design functionally stable cast products with production techniques using minimal development time.…
The wide range of casting alloys helps in selecting the most suitable and cost effective material that meets the requirements of a particular application. Each of these casting alloy has its own physical and mechanical properties. They also have their own casting characteristics, like: Weldability Machinability Corrosion resistance Heat treatment properties Did You Know Bronzes are unquestionably the most versatile…
Iron & steel casting is a phenomenon that takes place in a foundry, wherein molten iron is poured into a vessel or cast to create a desired shape. Cast materials are usually metals or cold setting materials such as concrete, epoxy, plaster, clay, ceramic or iron in which molten fluid is poured to get various shapes and sizes. Iron &…
The research review on “Global Metal Casting Market” 2017 targets the current as well as forthcoming features of the Metal Casting industry. This includes key trends, Metal Casting segmentation analysis, and recent industry statistics. The Metal Casting report further covers the extensive analysis of the upcoming progress of the Metal Casting market. The Metal Casting study presents different factors on…
The process of heat-treating metals on the industrial scale primarily serves to improve the overall properties of the metals required for their future use. Such metal properties can include toughness, hardness, ductility, machinability, refined grain structure, removal of residual stresses and an overall improvement in the wear resistance. The specific techniques used to both heat and cool metals are not…
Introduction Lightweight materials have become increasingly critical in the transportation manufacturing sectors, including aircraft, automobile, heavy truck, rail, ship, and defense manufacturing industries. Light metal and alloys possess high strength-to-weight ratios and low density, and are generally defined by low toxicity as opposed to heavy metals, except for beryllium. Lightweight metals consist of aluminum, beryllium, titanium, and magnesium alloys. Light…
Will alloy-inducing anti-corrosion agents make metal blasting a thing of the past? By Merrick Alpert Metal blasting (or sandblasting) has long been a go-to process to treat metal before the application of a surface material, such as an anti-corrosive agent. But as alloy-inducing anti-corrosion agents take the stage to compete with traditional barrier coatings, surface preparation will change. To understand why, we…
Sand casting is the most widely used metal casting process in manufacturing. Almost all casting metals can be sand cast. Sand castings can range in size from very small to extremely large. Some examples of items manufactured in modern industry by sand casting processes are engine blocks, machine tool bases, cylinder heads, pump housings, and valves, just to name a…
A mold is formed into the geometric shape of a desired part. Molten metal is then poured into the mold, the mold holds this material in shape as it solidifies. A metal casting is created. Although this seems rather simple, the manufacturing process of metal casting is both a science and an art. Let's begin our study of metal casting…
