DF Precision Inc. is a world-leading supplier of Closed Die Forgings, Open Die Forgings, Spline Rolling, Extruded Forgings and Ferrous and non-Ferrous metals to major Automotive, Aerospace, and electronics industries, as well as a variety of related markets that utilizes forged metal parts. DF Precision is especially specialized and known for their techniques and focus […]
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Modern technologies and equipment have advanced the ancient art of forging into a process that can be done with extreme precision and quality, otherwise known as precision forging. Precision forging can achieve results with the quality of a final piece with little to no finishing work required. The forging techniques that can achieve these precision […]
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Metal parts produced by forging can be used for a variety of different applications, the most common being components for trucks and automotives since forged metal parts are very strong, reliable, and economically advantageous. In automotive cars, forged metal parts can be found in the drivetrain and powertrain systems and the steering system. The powertrain […]
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Metal can flow like toothpaste when you squeeze it between 2 molds (dies) to achieve the design and shape you want. This can be done when the metal is cold or hot. The techniques of metal forging are capable of achieving some of the strongest metal products when compared to other manufacturing processes. During the […]
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Forging is a craft, and one of the oldest forms of manufacturing, that has helped evolve the human lives and history. Dating back to as early as 4000 BC, metals were forged by the early man to create hand tools and weapons that have aided in the survival of mankind. The early days of forging […]
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Forging is the process of forming the shape and size of metal by plastic deformation, and can be done while the temperature of the metal is hot, cold, or warm. The thermal and mechanical energy applied to the surface of the material during metal forging changes the shape of the metal while it is still […]
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The most common process of cold forging at or near room temperature is called impression die forging, also known as closed die forging. This method places the metal into a die, and then utilizes a hammer to pound it in a rapid sequence, forcing it into the die. The die is the customized mold tailored […]
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Hot forging and cold forging are two methods of metal forming that are similar yet very different at the same time. A manufacturer will choose which process to undertake for economic reasons or depending on which process will render the best quality and form depending on the material. Hot forging is the more sufficient process […]
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Applying a significant amount of weight or pressure to metal will cause the material to change shape, which is also known as deformation. There are two behaviors of deformation that the shape of metal can adopt — either temporarily change or permanently keep its new shape when forged. After pressure or force is removed, the […]
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The process of cold forging enables the shape and size of metals to be altered while the temperature is cold or below the recrystallization point at room temperature. The degree to how well cold forging can shape and deform the material depends greatly on the type of metal used, the chemical composition, and annealed properties […]
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