What parts are suitable for forging
1. Shaft parts

Shaft parts are suitable for production by forging process. The forged shaft can obtain excellent strength and toughness. Compared with other manufacturing processes, it has higher precision and surface quality, so it is widely used in the production of heavy-duty power equipment.

2. Gear parts

Forging can manufacture high-precision large gears, which are suitable for various gear devices, including heavy-tonnage construction machinery, aero engines, train locomotives and other heavy-duty equipment.

3. Flange parts

Flange parts are an important part of connecting pipes, and they are produced by forging process with high quality assurance. After forging, the flange is processed with high precision and is stronger, which can provide stable mechanical properties and sealing performance, while reducing the risk of leakage.

4. Piston parts

The piston is one of the important parts of the engine. The piston produced by forging technology has high material strength, good fatigue performance and higher precision. Forged pistons are not only durable, but also provide greater power and fuel efficiency.

5. Connecting rod parts

Forging can produce some high-quality connecting rod parts, which are suitable for heavy-duty components in machine installations. The connecting rod parts produced by forging have higher durability and higher strength, and are suitable for various industries such as machinery, aviation, racing, etc.

The above parts are relatively common and suitable for forging production. Forging technology also has the following advantages in the manufacturing process:

1. High precision

2. High processing efficiency

3. Excellent specific gravity

4. Save material

5. Easy to increase material properties

But in the forging process also need to pay attention to the following:

1. Material selection

2. Ensure quenching effect

3. Strengthen the control process to ensure the heating and cooling speed

4. Fully consider the geometric design and equipment precision of the forged workpiece.

The forging process has a wide range of applications and can meet various high-demand component manufacturing.