Introduction to 30 # steel free forging and forging working principle

30 # steel free forgingplastic deformation is made to obtain forgings with certain shapes and mechanical properties.。

1、Brief introduction of 30 # steel free forging

30 # steel free forgingrefers to the workpiece or blank obtained by forging metal blank.，Cheap and high quality。

30 # steel free forging

2、30 # steel free forging characteristics

30 # steel free forgingfeatures include high-precision, High productivity, High production efficiency, high-intensity and Great forging flexibility。

30 # steel free forging

3、30 # steel free forging field real shot

Haide 30 # steel free forging manufacturing factory。

30 # steel free forging

Note: All the pictures in this article were taken by Jianing forging manufacturer.。

4、30 # steel free forging advantage

The advantages of 30 # steel free forging are as follows:

1. Reduce the amount of subsequent processing

The forming precision of the 30 # steel free forging is high, and the subsequent processing amount is relatively small, thus saving the processing cost and time.

2. High dimensional accuracy

In the forging process of 30 # steel free forging, high dimensional accuracy and shape accuracy can be obtained through the precise forming of dies.

3. Perfect quality assurance system

In the process of 30 # steel free forging production, a perfect quality assurance system is established, and the raw materials, production process and finished product inspection are strictly controlled to ensure the reliable quality of the 30 # steel free forging.

4. Improve material utilization rate

In the process of 30 # steel free forging production, through accurate blanking and forging process, the utilization rate of raw materials can be maximized and waste can be reduced.

5. Reduce the amount of subsequent processing

The forming precision of the 30 # steel free forging is high, and the subsequent processing amount is relatively small, thus saving the processing cost and time.

30 # steel free forging

5、Introduction of 30 # steel free forging characteristics

30 # steel free forgingHigh productivity,High production efficiency,high-intensity,Save raw materials,Good mechanical properties，it has been widely used in metallurgy, rail traffic, manufacturing industry, pressure vessel, manufacturing industry and other industries，be loved by our customers.。

30 # steel free forging

6、Functional advantages of 30 # steel free forging

30 # steel free forgings have the following advantages.

1. High degree of automation

Modern forging equipment has a high degree of automation, which can realize continuous and efficient production and greatly improve production efficiency.

2. Good fatigue resistance.

The particle flow inside the 30 # steel free forging flows precisely along the contour of the part, and these continuous streamline lines are beneficial to reduce the incidence of fatigue or common faults.

3. Optimizing structural design

On the premise of ensuring the design strength, through reasonable structural design, the 30 # steel free forging can be lighter than the casting, thus reducing the overall weight of the machine or equipment and reducing energy consumption and cost.

4. high-intensity

Through forging, the internal structure of the metal is denser and the grain is refined, thus improving the strength of the material. Hot forging promotes crystallization and grain refinement, which enables materials to achieve the greatest possible strength and consistency, and reduces the variation between parts.

5. high tenacity

The fiber structure of the 30 # steel free forging is reasonably distributed, which improves the toughness of the material and enables the 30 # steel free forging to bear greater impact force and alternating stress.

30 # steel free forging

30 # steel free forgingfeatures include high tenacity, Can bear large impact force or heavy load., Light weight, Great forging flexibility and Good anti-fatigue performance，is the metal that exerts pressure to shape the required shape or appropriate compression through plastic deformation.。