forging
Recommended Forging Temperatures for Precipitation Hardened Stainless Steels
Introduction
Forging temperature is an important factor in alloy steel production. It determines the final quality of the alloy and its application range. Precipitation hardening stainless steel is a particular type of stainless steel with special properties. It has excellent corrosion resistance,......
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Forming cavity
An electric engraving system using a forming die can be used for a variety of tasks, including creating moulds for plastic or rubber parts, machining and cutting precision parts, and even creating intricate decorative patterns on metal and other materials. This type of system is often used in indus......
Perforated skin
Blanking and punching are two of the oldest yet most important steps in sheet metal fabrication. Blanking is best described as “cutting out” that involves cutting completely through the material. Punching involves raising the material, typically with a defined shape, like a circular or square ho......
Numerical Table of Die Forging Slope for Hammer Upper Die Forgings
Forging Draft Angle Table for Hammer Forge
In forges powered by hammers, the draft angles of forged parts must ensure sound forgings with minimum shrinkage and clean surface finish. As a consequence, a number of components have to be included to ensure accurate forging shapes and tolerances. Desi......
Allowance and Tolerance of Hammer Upper Die Forgings
The surplus and tolerance of the forging parts on the hammer
Forging is a common manufacturing process. The hammer forging process has been commonly used to produce high quality parts. In this process, a metal workpiece is placed between two dies and then a hammer is used to deform the metal workp......
Research on Simulation Technology and Internal Quality Control of Large Forgings
Research on Simulation Technology and Internal Quality Control of Large Forge
Abstract
Forging technology is a kind of processing technology with high efficiency, good reliability and wide application, and large forgings have the characteristics of large size, complex shape, high precision and h......
Defects and Countermeasures of Large Forgings: White Spots
Defects and Countermeasures of Large Forging Parts
Defects of forging parts vary according to the character of materials and process parameters. They often appear in form of folds, piping, core collapse, poor roundness, poor shrinkage, poor consistency and white spots. Large forging parts often c......
Defects and countermeasures of large forgings: quenching cracks and temper brittleness
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Flaws and Countermeasures of Large Forging Parts
Forging is a metalworking process used to create complex shaped parts. The process is suitable for large-scale components, such as engine parts and aircraft structures. When forging parts with complex shapes, there are some common flaws to be awar......
Defects and Countermeasures of Large Forgings: Forging Cracks
Defects and Countermeasures of Large Forgings
Large forgings are widely used in various fields such as industrial manufacturing, aerospace and military. Forgings produced with high performance, safety and reliability requirements have very high requirements for the accuracy of the forgings and re......
Defects and Countermeasures of Large Forgings: Overheating, Overburning and Uneven Temperature
Defects and Countermeasures of Large Forgings
Forgings are widely used in many industries due to their superior mechanical properties and tailored design. For example, small components such as nuts and bolts are made of steel forgings, whilst larger pieces such as engine parts can be forged from ......
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