The dehydration principle of centrifugal force no-hand-wash mops

The dehydration principle of centrifugal force hand-free mops is mainly based on the effect of centrifugal force and achieves efficient dehydration through a specific mechanical structure, as follows:

Centrifugal force effect: When the mop head is placed in the dehydration bucket and the dehydration program is initiated by the pedal or hand pressure rod, the centrifugal device inside the mop bucket (such as planetary gear spewing mechanism, rotating bearing, etc.) will start to rotate at high speed. During the rotation of the mop head, it is subjected to the effect of centrifugal force, and the water is rapidly flung out of the mop fibers and enters the sewage area, thus achieving the dehydration effect. This dehydration method is similar to the spin-drying principle of a washing machine and can efficiently remove moisture from the mop.

Mechanical structure realization:

Planetary gear speed-increasing mechanism: Some hand-free mops adopt a planetary gear speed-increasing mechanism. Through the meshing of elastic iron plates and gears, the mop disc can achieve a higher rotational speed when rotating, thereby enhancing the dehydration effect.

Rotary bearing technology: Advanced rotary bearing technology can reduce friction and resistance during the rotation process, improve dehydration efficiency and durability.

Dehydration efficiency: In actual tests, after soaking the mop head, place it into the dehydration bucket, step on the pedal or press the dehydration button. It only takes a few seconds to reach the appropriate humidity, and the dehydration efficiency is several times higher than that of the traditional wring method.