place of origin: China
machinery and industry: rough machine or finished machine
ISO 9001-2015: all kinds of steel parts
Packaging: wooden box
Productivity: 500 piece /15days
Brand: SNK
Transportation: Ocean,Air,Express,Express
Place of Origin: china
Supply Ability: 3000ton/month
Certificate: ISO9001-2015
HS Code: 7214100000
Port: Shanghai ,Tianjin ,Qingdao
Forging is a common metal processing process used to manufacture various parts and products. By forging, raw materials can be heated to a high temperature state and then pressure is applied to form the desired shape in the mold. This process can be used to process various metal materials, such as steel, aluminum, copper, etc.
The forging process has many advantages, one of which is the ability to provide products with high strength and durability. Due to the fact that the metal is heated to a high-temperature state during the forging process, and then subjected to pressure to form the desired shape, the resulting parts have a tight fibrous structure. This structure gives forged parts excellent strength and durability, capable of withstanding high pressure and heavy loads. In addition, forging can also improve the grain structure of materials, thereby improving their mechanical properties.
Another advantage of forging technology is the ability to produce parts with complex shapes. By using molds of different shapes, forging can produce parts of various shapes and sizes, including curved shapes, holes, and concave convex surfaces. This makes forging an ideal choice for manufacturing complex parts, whether used in automotive, aerospace, energy, or other industrial fields.
Forging can also provide excellent surface quality and precision. Due to the good flowability of metals processed at high temperatures, common defects such as pores, porosity, and cracks can be reduced or eliminated. This allows forged parts to have a smooth surface and good dimensional accuracy, thereby reducing the need for subsequent processing.
In the forging process, there are several common methods, including cold forging, hot forging, and warm forging. Cold forging is suitable for smaller parts and simpler shapes, while hot forging is suitable for manufacturing larger and more complex parts. Warm forging is a method between cold forging and hot forging, which can process metal at lower temperatures to maintain certain characteristics.
In summary, forging is an efficient, reliable, and flexible metal processing process that can produce parts with high strength, durability, and complex shapes. Whether used in automotive, aerospace, energy, or other industrial fields, forging is an ideal choice. By forging, excellent surface quality and accuracy can be achieved, reducing the need for subsequent processing. Therefore, forged parts have been widely used in various industries and have made important contributions to the performance and quality of products.
Forged Sleeve, Forged Tube
