For the differential shaft of friction material composed of multiple slip rings, the effect of smooth rotation of the bearing can be increased. The control of friction rotation under pressure support improves the control of the slip ring. The working principle in the differential shaft can reduce the occurrence of wear errors, so how to control the effect of maintaining a stable tension?

First: the rotation force of the mandrel

    In the friction force of the differential shaft, the overall perfect stability can be obtained according to the composition of multiple parts. In the installation control program of the components, the design process can be adjusted and the deformation will not be caused in the rotation engineering. Therefore, in the rotation program of the bearing, the tension can be adjusted to the slip ring according to the rotation speed of the spindle driven by the motor.

 Second: the rotation speed of the slip ring

     The use of XC differential shaft according to smoothly force the air pressure, the speed of friction can be maintained. Then, the effect of the structure of the differential shaft of the accessory on the rotation can be driven by the end face friction force under the driving rotation of the mandrel to drive the rotation of the sliding ring, so in order to have the characteristics of large friction tension, the sliding ring should be prevented. Damage or failure.