Processing of large forgings

How are large forgings processed? Alloy is a widely used material, and forgings are metal products produced from alloys. There are many types of forgings. Large forgings are a common type of forgings. Large forgings refer to objects where pressure is applied to the metal and the required shape or appropriate compression force is molded through plastic deformation. Today,Haiboweier Metal Material will take you to take a look at it. Take a look.

The main production methods of large forgings include open forging, die forging and extrusion. Each of these production methods has advantages and disadvantages and needs to be selected according to specific needs.
Free forging Free forging refers to the processing of blanks using equipment such as hammering or presses without a mold. This production method is suitable for small batch and single-piece production, but the production cycle is long and the efficiency is low.
Die forging means placing the blank into a mold and processing it through equipment such as a press or hammering. This production method is suitable for high-volume and efficient production, but the mold cost is high.
Extrusion Extrusion refers to processing the blank through an extruder so that its shape and size meet the requirements. This production method is suitable for producing forgings with complex shapes, but requires high-pressure equipment and skilled operating skills.

Selection of Materials The production of large forgings first requires the selection of suitable materials, such as carbon steel, alloy steel, etc. According to the specific requirements of the forging, select materials that meet the mechanical properties and chemical composition.
Cutting cuts the selected material into the appropriate size and shape for further processing.
Processing: Straighten and clean the blank to remove surface defects and impurities.
Heating heats the blank to the appropriate temperature for forging. Care needs to be taken to prevent oxidation and decarburization during the heating process.
Forging, according to the design requirements, the heated blank is subjected to free forging, die forging or extrusion. During the forging process, the deformation and temperature need to be controlled to ensure that the quality and shape of the forging meet the requirements.
Cooling The forged parts are cooled to prevent deformation and cracking. Depending on the material and size, choose the appropriate cooling method.
Heat treatment Certain forgings are heat treated to improve their mechanical properties and corrosion resistance. During the heat treatment process, attention needs to be paid to controlling factors such as temperature, time and cooling rate.
Inspection and processing: Conduct appearance inspection, dimensional inspection and quality assessment on forgings to ensure that they meet the design requirements. For unqualified forgings, carry out corresponding processing and repair.
Packaging and Shipping Qualified forgings are packed and shipped to prevent deformation and damage. It is necessary to pay attention to protective measures and safe transportation during transportation.

Shaanxi Haibowell Metal Technology Co., Ltd. is a manufacturing enterprise specializing in the research, development, production and sales of rare metals such as titanium and titanium alloys, nickel and nickel alloys, zirconium and zirconium alloys. Because it is adjacent to Baoti and Northwest Nonferrous Metals Research Institute, it enjoys unique advantages in production technology and human resources. The company has advanced production equipment and professional testing processes, has long-term production of rare metal materials such as titanium and titanium alloy products, and has rich practical experience in the production of titanium chemical machinery and equipment. The products are mainly used in petrochemical, aerospace, chlor-alkali, industrial chemicals, sewage treatment, desalination and other fields, and are exported to domestic and overseas enterprises.

The production of large forgings is a complex and critical process that requires advanced processes and technologies to ensure their quality and performance. At the same time, safety operating procedures need to be paid attention to during the production process to ensure the safety of the production process.