How to reasonably select forging parts manufacturer and machining equipment technology is more stable and reliable.

How to Choose Steel Currently, the types of steel plate embedded parts include plate and solid steel plate. The embedded steel plate can be cut and punched below the embedded bolts. The embedded steel plate has steel on the template of the embedded bolt.

The main factor affecting the quality of forgings is their service life. The reason is the service life of the forging. The impact on the production and use of forgings has become a critical component.

The key factor affecting the quality of forgings is the quality of materials. If the quality of raw materials for forgings is poor, the damage to the accuracy of forging processing equipment will affect its processing accuracy, and more importantly, cracking. How to avoid or reduce forging processing? The manufacturer can provide manpower and equipment color to ensure that the forging equipment meets the standards.

There are many contents about calculating the surface treatment quality of forgings, which can be used as a reference for selection. Due to sometimes not being proactive in cooperation, we need to pay more attention to the quality of surface treatment when selecting forgings for processing.

● Heat treatment hardness: the Physical change between the normalizing temperature and the normalizing temperature will change the temperature, and when a certain temperature is reached, the original structure will change, but when 20 ℃ is reached, the transformation temperature and its size will change.

Strength: The normalizing temperature and the incident hydrogen during normalizing are two different physical quantities (usually higher than or equal to 20 degrees Celsius). When normalizing, the surface metal of the forging will reduce its hardness, strength, and wear resistance. It is based on CrW steel.

Annealing: With the cooling and temperature adjustment, it enhances the forming process of forgings. Then increase the deformation resistance through appropriate coolant. Mechanical processing is used to achieve annealing or temperature rise.

Other requirements: The temperature rise during annealing and the appropriate microstructure after annealing are generally between 20 and 60 degrees Celsius.

The temperature during forging formation varies, the forging speed varies, and the deformation is slower.

The free forging temperature is the free forging temperature of free forging, which is the free forging temperature. Usually at 1250+/130 ° C