Key components of a drive shaft:

A drive shaft consists of a shaft tube, a telescopic structure, a middle bracket, and a rotary universal joint. Among these components, the rotary universal joint is particularly important. Depending on practical applications, rotary joint universal joints can be roughly divided into cross universal joint, constant-velocity universal joint, and flexible universal joint (rubber connecting plate).

Working principle of drive shaft:

The drive shaft is an important part for transmitting power in an automotive transmission system. It works in conjunction with the gearbox and the drive axle to transfer the power of the engine to the wheels for driving the vehicle.

Advantages of vika drive shaft:

The nylon wire material of the drive plate has been upgraded to improve its torque and flexibility, making it less prone to aging and cracking.

Nodular cast iron and forged materials are used to make vika drive shafts, leading to higher impact resistance and stronger resistance to fracture and deformation than ordinary castings.

Using E355 reinforced tubes, vika drive shafts provide a torque higher than similar products on the market by over 30%.

The magnetic arc welding technology enhances the balance and stability of the product.