Classification and use of gear blank forgings use

The classification of gear blank forgings can be divided into the following types according to the structure and use of gear:

Flat gear blank forgings: used to transmit power and motion rotating on the same plane, commonly found in various mechanical equipment, such as lathes, fans, pumps, etc.

Bevel gear blank forgings: used to transmit power and motion rotating on different axes, usually applied to automotive differentials, transmissions, Marine thrusters, etc.

Internal gear blank forging: used to transfer power and motion inside the gear, widely used in transmission, reducer, aircraft engine and so on.

Special gear blank forgings: Gear blank forgings designed and manufactured according to specific needs, such as cycloidal gears, worm gears, etc., for special fields and specific equipment.

The main uses of gear blank forgings include:

Mechanical transmission: gear is an important component of transmitting power and movement, the use of gear blank forging gear is widely used in a variety of mechanical equipment transmission system, such as automobiles, ships, aircraft, machine tools and so on.

Deceleration and growth: through the combination of gears with different diameters or tooth numbers, the effect of deceleration or growth can be achieved, which is used to meet the requirements of different motion equipment.

Transmission torque: The gear can transmit large torque, and is often used in equipment that needs to withstand large torque, such as pumping stations, heavy machinery, etc.

Automatic control system: In the automatic control system, the gear is one of the basic components of transmission and rotation, which is used to achieve accurate motion control and position adjustment.

In general, gear blank forgings are essential raw materials for the manufacture of gear, which are widely used in mechanical transmission systems in various fields and industries after being made into finished gear through various processing and treatment processes.