Open Die Forging is done by heating metal billets and blocks between a die on top with a ram attached and a die on the bottom attached to a hammer. The metal material is then heated above their recrystallization point at temperatures about 1500 degrees fahrenheit. Using precision hammering, the metal block is carefully hammered […]
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Advancements in technology have allowed for metal forging manufacturers to use high tech forging machines to forge raw metal materials cold and hot. Modern cold forging machinery can produce metal automotive components with incredible strength and consistency. There are many benefits of producing automotive components with cold forging machinery and cold forging press processes since […]
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Metal forging can produce small auto part components and can even manufacture huge parts up to 800,000 lbs when hot forging is used. Products manufactured by the metalworking art of metal forging include parts made for aircrafts such as landing gear, shafts for jet engines and turbines, structural components for transportation equipment such as automobiles […]
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Metal Forging is simply the forming of metal by the process of plastic deformation, and it can be done while the metal is hot, cold, or warm. Hot metal forging is when the metal is shaped when it is heated, making it more easy to deform and allowing for more elaborate shapes than cold forging. […]
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Growing numbers of global automotive and auto components outsource their manufacturing jobs and forging auto part productions to forging factories in China. Forging factories in China offer the high engineering skills and produce high quality piece and costs that are significantly lower than prices quoted in the USA. USA and European automotive manufacturers improve their […]
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42CrMo4 alloy is a high grade steel alloy containing Ferro (Fe) rest, Carbon (C) 0.38-0.45, Chromium (Cr) 0.90-1.20, Molybdenum (Mo) 0.15-0.25, Silicon (Si) 0.17-0.37, Manganese (Mn) 0.50-0.80, Sulphur (S). Many automotive companies and auto parts manufacturers use 42CrMo4 alloy to produce OEM and aftermarket auto parts by Cold Forging. This material is commonly used to make […]
Read More →Aluminum metal is the most common and easy material to use during the process of cold forging. Due to the ductile nature of aluminum, complex shapes can be efficiently forged with intricate details and with less pressure. Aluminum forging can also be performed under low temperatures, and even forged cold. Aluminum forging is similar to […]
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Custom forgings are now possible produce even with the most complicated details due to the advanced tooling methods that allow for high precision forgings. Metal forging engineers use technology such as CAD/CAM to design complex precision forging dies that can mold any desired shape and size of forgings. Electrical discharge machining, also known as EDM, […]
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The metal Forging process produces steel forgings by applying thermal and mechanical energy to the raw material. Steel bars, ingots, and billets are able to be formed to the desired shape and size by forging and achieve uniformity and strength in structure. Forging steel produces the strongest steel forging parts since the thermal cycle and […]
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Aftermarket auto parts are car parts that can be obtained from a source that is not the original manufacturer of the vehicle. An aftermarket part is part that is not originally produced by the vehicle’s manufacturer. Manufacturers of Aftermarket auto parts are able to utilize a variety of metalworking processes, such as cold forging and […]
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